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How Much is the Cost of Telegram tap to earn Game Development?

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The cost to develop a Telegram tap to earn game depends on complexity, feature set, blockchain integration, scalability requirements, security mechanisms, monetization architecture and post-launch support. A basic MVP can be built with controlled investment, while advanced, tokenized, scalable ecosystems require significantly higher budgets due to backend infrastructure, smart contracts, analytics integration, and anti-bot mechanisms. Here is a sample breakdown:

  • A simple MVP can fall between $12,000 – $25,000
  • A growth-ready Web3-integrated game may range between $30,000 – $70,000
  • A fully scalable, tokenized ecosystem with advanced security and analytics can exceed $80,000 – $120,000+

Now let us delve a bit deeper into understanding the budget, features, and what impacts pricing in tap to earn Telegram game development.

Reasons Behind the Virality of Telegram Tap to Earn Games

A Telegram tap to earn game is a lightweight interactive game built as a Telegram bot or mini-app where users earn points or tokens by performing simple actions, typically tapping, clicking, or completing micro-tasks.

These games gained massive traction because:

  • Telegram has a built-in user distribution
  • Onboarding friction is low
  • Viral mechanics are easier to integrate
  • Web3 integration can be seamless

However, building one that scales sustainably requires careful engineering.

What Are You Actually Paying For?

When decision-makers search for “Cost to Develop Telegram tap to earn Game,” they often tend to assume the cost is tied only to the tap mechanic. However, in reality, the tap mechanism is the cheapest part. The real cost lies in:

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  • Gameplay Complexity
  • Backend Infrastructure
  • Reward Validation Logic
  • Blockchain and Wallet Integration
  • Smart Contract Development
  • Security Architecture
  • Data Tracking and Analytics
  • Economy balancing
  • Scalability Architecture
  • LiveOps Capabilities

The game UI actually happens to be a fraction of the total pricing.

Cost Breakdown by Development Tier

Let us carry out an in-depth analysis of the pricing structure based on the different development tiers

Tier 1: Basic MVP Telegram Tap to Earn Game

Estimated Cost: $12,000 – $25,000

This includes:

  • Simple tap-based mechanic
  • Static UI
  • Basic leaderboard
  • Server-side score tracking
  • Telegram bot integration
  • Admin panel (basic)

What it does NOT include:

  • Token launch
  • On-chain transactions
  • NFT rewards
  • Advanced analytics
  • Bot detection systems

This tier of Telegram tap to earn game development is ideal for:

  • Testing virality
    • Community building
    • Early-stage founders
    • Proof-of-concept launches

However, scaling beyond 50,000 to 100,000 users without infrastructure upgrades will create performance issues.

Tier 2: Growth-Level Telegram Tap to Earn Game

Estimated Cost: $30,000 – $70,000

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This level includes:

  • Advanced UI/UX
  • Referral mechanics
  • Multi-level progression
  • Wallet integration
  • Token reward system
  • Smart contract deployment
  • Anti-bot logic
  • Analytics dashboard
  • Monetization layers

At this level, development effort expands significantly due to:

  • Smart contract design
  • On-chain transaction handling
  • Security layers
  • API integrations

This development tier suits:

  • Web3 startups
    • Token-launch projects
    • Community token distribution campaigns
    • Early-stage scalable projects

The jump in cost is primarily driven by blockchain engineering and security requirements.

Tier 3: Enterprise-Grade Scalable Telegram Game Ecosystem

Estimated Cost: $80,000 – $120,000+

This is the Telegram tap to earn game development tier where serious investment begins.

This tier includes:

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  • Custom tokenomics modeling
  • Smart contract architecture
  • Gas optimization
  • Multi-chain compatibility
  • Real-time fraud detection
  • Scalable microservices backend
  • Cloud infrastructure architecture
  • Real-time analytics engine
  • Admin control dashboards
  • LiveOps capability

Here, you are not building “a Telegram game.” You are building a mini Web3 economy inside Telegram. Infrastructure planning, security audits, and scalability engineering account for the majority of the cost.

Detailed Cost Component Analysis

Let’s break down cost drivers in real terms.

1️. Backend Development (25–40% of Total Budget)

This includes:

  • User state management
  • Reward validation
  • Database architecture
  • Referral tracking
  • API integrations

If you expect rapid growth, backend scalability is non-negotiable since Telegram games can scale fast. In this regard, cheap backend results in crashes during virality.

2️. Blockchain & Smart Contract Development (20–35%)

This includes:

  • Token minting logic
  • Reward distribution logic
  • Vesting mechanisms
  • Contract security testing
  • Gas optimization

If poorly built, smart contracts can:

  • Drain tokens
  • Be exploited
  • Collapse economy

Security increases cost but protects longevity.

3️. Anti-Bot & Fraud Protection (10–20%)

Tap to earn models attract bots instantly. Protection systems include:

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  • Activity pattern analysis
  • Rate-limiting
  • IP validation
  • Wallet monitoring
  • Behavioral detection models

Without this, reward pools are drained within weeks after launch.

4️. UI/UX & Frontend (10–20%)

UI/UX is very often underestimated. However, good UX directly affects:

  • Retention
  • Session length
  • Monetization

Even simple games require:

  • Animation feedback
  • Smooth input logic
  • Telegram-friendly design

5️. Analytics & Monetization Layer (10–15%)

This includes:

  • Event tracking
  • Cohort analysis
  • Retention dashboards
  • Ad integrations
  • Revenue modeling

Serious decision-makers do not launch blind, they make informative decisions.

Get a realistic cost assessment tailored to your business goals

Timeline and Its Impact on Cost

Telegram tap to earn game development time affects cost due to:

  • Team allocation
  • Parallel engineering
  • QA cycles
  • Infrastructure preparation

Typical timelines:

  • Basic MVP: 3–5 weeks
  • Growth-Level: 6–10 weeks
  • Enterprise-Grade: 12–16+ weeks

Accelerated timelines require larger teams, increasing short-term cost.

Ongoing Operational Costs

There are a few ongoing operational costs that go beyond tap to earn Telegram game development, which are as follows.

  • Cloud hosting: $1,000–$8,000+ monthly, depending on scale
    • Smart contract audit: $5,000–$20,000
    • Maintenance updates
    • Security monitoring
    • LiveOps management

These recurring costs are part of sustainable game operations.

Why Cheap Development Tend to Fail

Telegram tap to earn games fail when:

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  • Token emissions are uncontrolled
  • Backend crashes under load
  • Bots exploit rewards
  • No analytics insight exists
  • No scaling roadmap is planned

Low-cost builds often skip infrastructure and security, leading to:

  • Early hype
    • Rapid exploitation
    • Community loss
    • Brand damage

Serious projects require structured engineering.

ROI Perspective

Telegram Tap to Earn games can generate revenue through:

  • Token appreciation
    • NFT sales
    • Ad monetization
    • Transaction fees
    • Sponsored campaigns

However, ROI depends on:

  • Economy design
  • Retention
  • Security
  • Monetization balance

Investment directly impacts sustainability.

Why Partnering With the Right Telegram Game Development Company Matters

Antier, a capable Telegram game development partner, provides:

  • Architecture planning
  • Tokenomics expertise
  • Fraud protection systems
  • Scalable infrastructure
  • Long-term support

Cost transparency matters, but so does long-term performance. Choosing purely based on lowest bid often increasesthe  total cost later.

Final Thoughts

The cost of a Telegram tap to earn game development is not fixed and is not defined by the tap mechanic. It is shaped by your ambition, scale expectations, long-term strategy, and the overall ecosystem behind it.

Building cheaply may launch quickly but scaling sustainably requires thoughtful engineering. If your goal is to build a Telegram tap to earn game that survives growth and protects user trust, development strategy matters as much as budget.

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A realistic budget starts around $12,000 for MVPs and can exceed $100,000 for enterprise-scale platforms. The pricing difference lies in:

  • Security
    • Scalability
    • Token design
    • Backend strength
    • Monetization architecture

If your goal is a short-term experiment, a small investment may work. If your goal is a scalable Web3 business inside Telegram, structured engineering is mandatory. Partner with Antier, a leading Telegram game development company, to get customized solutions based on your specific needs.

Frequently Asked Questions

01. What is the estimated cost to develop a basic MVP Telegram tap to earn game?

The estimated cost for a basic MVP Telegram tap to earn game ranges from $12,000 to $25,000.

02. What factors influence the cost of developing a Telegram tap to earn game?

The cost is influenced by factors such as gameplay complexity, backend infrastructure, reward validation logic, blockchain integration, smart contract development, security architecture, data tracking, economy balancing, scalability architecture, and LiveOps capabilities.

03. How much can a fully scalable, tokenized ecosystem for a Telegram tap to earn game cost?

A fully scalable, tokenized ecosystem with advanced security and analytics can exceed $80,000 to $120,000 or more.

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BNB Chain Launches BNBAgent SDK, the First Live Implementation of ERC-8183 for Trustless Onchain AI Agents

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BNB Chain Launches BNBAgent SDK, the First Live Implementation of ERC-8183 for Trustless Onchain AI Agents

[PRESS RELEASE – Dubai, UAE, March 18th, 2026]

BNB Chain today announced the launch of BNBAgent SDK, the first live implementation of ERC-8183 and a complete developer framework enabling trustless onchain AI workflows. The release represents a major step forward in building the infrastructure needed for autonomous agents to operate at scale, with verifiable workflows, trustless settlement, and decentralized dispute resolution built in.

As AI agents move beyond experimentation into workflows where tangible value is involved, capability alone is insufficient. A key consideration is trust—specifically, the ability to verify results, resolve disputes, and settle payments in a reliable manner without dependence on centralized platforms.

The SDK provides:

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  • Onchain identity and reputation, built on ERC-8004 Every agent registered through the SDK gets a persistent onchain identity tied to ERC-8004, with a verifiable record of activity and outcomes that builds over time. Rather than being deployed in isolation, agents become discoverable participants that applications and users can evaluate and trust based on their actual track record.
  • A standardized job lifecycle, no custom escrow required ERC-8183 establishes a shared protocol covering task creation, funding, execution, and settlement. The SDK puts that protocol directly in developers’ hands, so teams can integrate agent workflows without rebuilding contract logic for every new use case.
  • Dispute resolution via UMA’s Optimistic Oracle When agent outputs go unchallenged, jobs settle quickly. When they are disputed, the SDK routes resolution through UMA’s Data Verification Mechanism, where token holders weigh in on the outcome. The process is transparent, decentralized, and doesn’t require either party to trust a third-party intermediary.
  • A Python toolkit built for real workflows The SDK packages all of this into a Python developer toolkit with encrypted keystore support included by default. Developers interact with ERC-8183 using familiar patterns rather than writing low-level contract logic, and the architecture is designed to stay flexible as wallet systems and verification models continue to develop.

The code will be released publicly in the coming week, with mainnet to follow. For more information, users can visit the blog HERE.

About BNB Chain

BNB Chain is one of the largest and most active blockchain ecosystems in the world, supported by a global community of developers and users. With high throughput, low transaction costs, and full EVM compatibility, BNB Chain powers scalable applications across finance, gaming, and the broader Web3 economy. For more information, users can visit www.bnbchain.org.

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Ethereum’s Fast Confirmation Rule targets 13-second bridge times with 98% reduction: Ethereum Foundation

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Ethereum's Fast Confirmation Rule targets 13-second bridge times with 98% reduction: Ethereum Foundation

Ethereum’s proposed Fast Confirmation Rule aims to slash L1-to-L2 bridge and exchange deposit times from minutes to just 13 seconds without requiring a hard fork.

Ethereum is moving forward with a Fast Confirmation Rule (FCR) designed to dramatically accelerate bridge times between Layer 1 and Layer 2 solutions, as well as exchange deposits. The mechanism targets completion times of approximately 13 seconds—a reduction of 80–98% compared to current timelines—and achieves this without requiring a hard fork to the network.

The FCR leverages attestations rather than blocks to verify transactions, representing a shift in how Ethereum handles cross-layer confirmation speed. This proposal aligns with broader Ethereum roadmap efforts to reduce finality times and slot durations, part of a longer-term vision to make the network faster and more efficient for users and institutions.

Sources: Julian (@_julianma) on X | Binance Square

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This article was generated automatically by The Defiant’s AI news system from publicly available sources.

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Bitcoin Price Falls Ahead of Crucial Fed Meeting: More Volatility Incoming?

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BTCUSD Chart March 18. Source: TradingView


Trump continues to urge Powell to cut the rates, but it’s highly unlikely.

With just hours left until the US Federal Reserve publishes its decision whether it will change in any way the key interest rates, BTC’s price has dived by roughly two grand in minutes, dropping to a multi-day low of under $72,500.

This would be the second-to-last FOMC meeting before the Fed’s chair, Jerome Powell, leaves office as his four-year term expires on May 15.

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FOMC Today: What to Expect

The general consensus among experts and prediction platforms is that there will be no changes to the interest rates today. According to most reports, Powell will likely keep them the same, as the war in the Middle East has only increased uncertainty, with gas prices jumping worldwide.

“Heading into the March [Federal Open Market Committee] meeting, the key question for the Fed is how to handle oil price shocks,” wrote Morgan Stanley economists in a recent note as cited by NBC News.

At the same time, economists at UBS reaffirmed the narrative that the Fed will not pivot on its most recent monetary policy. BeiChen Lin, a senior investment strategist at Russell Investments, also believes there won’t be any changes today, but noted that “any hints Chair Powell might drop about the path of future interest rates will be key.”

US President Trump continues to request that Powell cut the rates, which has brought him little to no success over the past several months. It appears he would have to wait for his nominee, Kevin Warsh, to replace Powell in mid-May.

As reported yesterday, the central banks for the UK and the European Union will also have such meetings in the near future, but the landscape in those jurisdictions is rather identical, as the market does not expect any changes.

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Bitcoin Slips

Bitcoin became one of the top-performing assets since the war started on February 28, and jumped from a then-low of $63,000 to $76,000 marked yesterday morning. Although it was stopped there, it managed to hold above $74,000 until a few hours ago.

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That’s when it started to lose value rapidly, dropping by around two grand in 90-120 minutes. The asset has a long history of reacting with intense volatility to Powell’s speeches, and more fluctuations are expected today, even if the Fed indeed leaves the rates as they are.

BTCUSD Chart March 18. Source: TradingView
BTCUSD Chart March 18. Source: TradingView

 

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SEC Chair Paul Atkins Floats ‘Safe Harbor’ Exemptions for Crypto

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The SEC just gave crypto its biggest regulatory green light in years.

Chair Paul Atkins floated a safe harbor exemption on March 18 that lets crypto projects operate without immediate securities registration. It is a direct reversal of the regulation by enforcement era that suffocated US-based development for years.

Token projects now have a compliant runway to decentralize without the threat of an SEC lawsuit hanging over them. For altcoin valuations, that changes the math entirely.x

Key Takeaways:
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  • Atkins identified four asset categories—digital commodities, collectibles, tools, and payment stablecoins—that are not subject to securities laws.
  • The safe harbor proposal offers a specific grace period for projects to reach decentralization without facing enforcement actions.
  • Formal rulemaking is expected within weeks to replace temporary staff guidance and solidify these protections.

The Safe Harbor Framework Explained

Atkins is cutting through a decade of deliberate ambiguity.

Speaking at a Digital Chamber event, he laid out a framework that separates capital raising from the underlying asset. Four categories are now explicitly excluded from securities jurisdiction. Digital commodities, digital collectibles, digital tools, and payment stablecoins.

For everything that does not fit cleanly into those boxes yet, the safe harbor buys time. Instead of Wells Notices for technically failing the Howey Test during development, projects face purpose-fit disclosures and a transparent path toward decentralization. Build first. Comply as you go.

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Custody rules are also getting overhauled. Broker-dealers will be able to hold both crypto assets and traditional securities simultaneously. The special purpose broker-dealer model that no compliant firm could actually use is effectively dead.

Atkins is trying to bring crypto trading back to national securities exchanges and stabilize a market that has been hammered by legal uncertainty for years. Assets like XRP have historically exploded the moment regulatory clouds clear.

Those clouds are clearing fast.

Market Implications for Issuers and Exchanges

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The immediate winners are US-based token issuers and exchanges.

Coinbase has operated for years under the threat that any listing could trigger a lawsuit. A formal safe harbor removes that existential risk entirely. That clarity is the missing piece institutional product approvals have been waiting for.

The ETF race is the most direct beneficiary. Solana’s push for a spot ETF has faced headwinds specifically because the SEC previously labeled SOL a security. If SOL lands in the digital commodity or digital tool bucket under Atkins’ new classification, the path to approval gets significantly shorter overnight.

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The broader impact is a sector-wide repricing. Token prices have been trading at a discount for years to account for enforcement risk. Remove that discount and valuations adjust upward across the board.

The cost of capital just dropped for the entire industry.

Discover: The best new crypto in the world

The post SEC Chair Paul Atkins Floats ‘Safe Harbor’ Exemptions for Crypto appeared first on Cryptonews.

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Crypto Cards Aren’t The Future, But Onchain Credit Is

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Crypto Cards Aren't The Future, But Onchain Credit Is

Opinion by: Vikram Arun, co-founder and CEO of Superform

Crypto cards aren’t the future of payments. They’re a temporary interface for a world that hasn’t fully accepted cryptocurrencies.

They rely on banks as issuers, Visa or Mastercard as gatekeepers, and compliance rules that look exactly like TradFi. 

In most cases, crypto is sold into idle USD, the assets stop earning and every swipe creates a taxable event. 

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That’s not innovation. That’s a debit card with extra steps. 

As digital banks built with blockchain rails scale, crypto cards that behave like debit cards will become obsolete, replaced by systems that treat cards as a thin interface on top of robust onchain credit.

The problem with current crypto cards

To understand why this shift is necessary, consider what happens with current crypto cards. When systems force users to liquidate holdings to spend, they reinforce the paradigm crypto was meant to escape: the false choice between liquidity and ownership. 

Debit-style crypto cards recreate this same trade-off because they require assets to become spendable balances, which halts yield and makes the system structurally negative-sum without subsidies. 

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The IRS treats converting cryptocurrency to fiat currency as a taxable disposal, meaning each coffee purchase triggers capital gains reporting and permanently removes assets from productive use. Card issuers typically earn 1% to 3%, plus a flat fee per transaction, from interchange fees. The infrastructure looks decentralized on the surface, but the dependencies run deep.

Onchain credit fixes these issues

Instead of selling assets to spend, onchain credit enables people to deposit yield-bearing assets, open a credit line and spend against it. When people swipe the card, their debt increases, but their assets keep earning. Nothing is sold unless the person fails to repay. If the position falls below governance-defined parameters, liquidation is deterministic and transparent. This shift toward wallet-native credit shows onchain credit moving from concept to practice. 

In this model, spending doesn’t reduce ownership; it increases debt. Collateral continues to compound until the credit line is repaid or liquidated. There are no forced conversions and no idle balances. Yield-bearing stablecoins currently offer about 5% yield, and DeFi protocols range from 5% to 12%, depending on demand and token incentives.

Users holding these assets in credit accounts keep earning while maintaining spending power.

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Any earning asset can be collateral

This shift from debit to credit fundamentally changes what’s possible. Once credit becomes the primary primitive, the question stops being “what can I spend?” and becomes “what can safely secure my credit?” Eligibility is no longer about whether an asset can be instantly liquidated into cash. It’s about whether it can be priced continuously, risk bounded and unwound deterministically.

This allows productive assets to compete for inclusion. Vault shares, yield-bearing dollars, US Treasury-backed assets and strategy positions are first-class collateral that don’t need to be converted into idle balances. These assets remain productive until liquidation becomes required. When assets keep earning, users don’t have to choose between liquidity and yield, credit lines become cheaper to maintain and protocols earn from management and performance, not interest spreads.

The card is just an interface

The card is not the product. A card is simply a consumer-facing compatibility layer, a thin authorization surface, and not the source of truth. What actually matters is the credit line itself: the ability to price a user’s onchain balance sheet and decide, in real time, whether a spend should be allowed.

Related: Visa crypto card spending soars 525 percent in 2025

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Cards serve merchants and consumers. Once credit is the primitive, however, interfaces become interchangeable. Software and autonomous agents can already request payment programmatically. Whether through cards or APIs, the underlying question is the same: Is this spend authorized against the user’s credit?

If credit logic lives within the card, people remain locked into interchange fee structures, closed payment rails and rigid KYC requirements. If credit lives onchain, cards become optional. Collateral stays in user-controlled accounts, spending is authorized in real time and liquidation is deterministic. 

Managing risk through transparency

Of course, this system raises questions about safety. The most immediate objection is volatility. If collateral can fluctuate in value, what protects people from being liquidated while they are buying groceries?

Governance sets conservative loan-to-value ratios in advance, ensuring users can only borrow against a fraction of their collateral. As collateral earns yield, this buffer grows automatically. Pricing happens continuously, not at arbitrary intervals, and liquidation triggers are transparent from the beginning.

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Traditional credit obscures risk through adjustable interest rates, surprise fees and terms buried in legal documents. Onchain credit makes risk explicit. Governance-set parameters mean the community decides what’s acceptable, not a bank’s risk committee behind closed doors.

The path forward

The answer to managing this risk lies in how the system is governed. Governance controls which assets can be used as collateral, how they’re priced, acceptable risk levels and when liquidations occur. People opt in by depositing collateral, and from that point on, the protocol enforces the rules without blanket access to funds or quietly changed parameters.

Crypto cards will not disappear because they failed. They will disappear because they succeeded by bridging crypto into a world that still runs on legacy rails. As wallets improve and crypto-native payments become standard, spending won’t require banks, issuers or card networks at all. Interfaces will change. Payment rails will evolve. But onchain credit will remain: the ability to spend without selling, to keep assets productive and to enforce risk transparently.

Cards are an interface. Credit is the system.

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Opinion by: Vikram Arun, co-founder and CEO of Superform.