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Perpetual futures changed how retail traders perceived risk in 2025

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Why futures risk is no longer about price swings — and how time itself became the biggest threat to traders.
Why futures risk is no longer about price swings — and how time itself became the biggest threat to traders.
  • Perpetual futures allow positions to stay open indefinitely, letting risk build over time.
  • Losses increasingly stem from prolonged exposure, not sudden price moves.
  • Contract design now plays a bigger role in risk than traditional entry and exit timing.

In 2025, many retail traders realized that futures risk no longer followed a familiar lifecycle.

Positions were no longer defined by clear start and end points, and losses were increasingly shaped by how long exposure was carried rather than by individual market moves.

As non-expiring futures became the default contract type, traders began encountering risk that developed through persistence instead of resolution.

This shift introduced a structural contradiction. Traditional futures contracts expire, forcing positions to be closed or rolled at predetermined intervals.

That process limits how long exposure can accumulate without intervention.

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Perpetual futures remove this constraint. By design, they allow positions to remain open indefinitely, provided margin requirements are met.

While this simplifies participation, it also allows risk to build continuously, often without clear signals on price charts.

Educational coverage from Leverage.Trading focused on the structural mechanics of perpetual futures, detailing how the removal of contract expiry allows exposure to persist and why risk can deteriorate over time even when price movement remains subdued.

Risk that accumulates through duration, not volatility

Similar structural patterns have been observed in institutional research on derivatives markets.

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For example, the BIS has reported that rising notional exposure and gross market values in derivatives markets reflect how risk can accumulate as positions persist over time, even without dramatic price movements.

As traders adjusted to this structure, several defining properties of non-expiring futures became more widely understood.

These properties did not describe market outcomes, but the conditions under which exposure is allowed to persist:

  • Futures contracts without expiry do not force risk to reset
  • Exposure remains active until manually reduced or automatically closed
  • Structural costs and pressures continue to accrue over time
  • Position vulnerability increases through duration, not only volatility

Understanding these properties changed how futures risk was assessed.

Instead of evaluating trades solely on entry quality or short-term price expectations, traders increasingly examined whether a position could withstand ongoing structural pressure over extended periods. 

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From contract expiry to continuous exposure

This distinction mirrors the contrast between traditional futures markets, such as those operated by the CME Group, and perpetual contract models that dominate crypto derivatives, where contract duration is theoretically unlimited.

The educational explanations focused on how perpetual futures remain aligned with spot prices through continuous adjustment mechanisms, how funding and exposure interact across time, and why prolonged duration can erode position stability even in relatively calm markets.

By considering contract design alongside exposure and time, traders were better equipped to judge whether a futures position was structurally sound before entering it. 

Regulatory bodies such as the ESMA have also warned that prolonged leveraged exposure can magnify losses even when price fluctuations appear modest, reinforcing the importance of understanding contract mechanics rather than relying solely on price signals.

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Why futures risk became a time problem

As futures markets expanded and participation broadened, isolated price outcomes became an unreliable way to interpret risk.

Education that clarified how non-expiring contracts carry exposure forward became necessary for understanding why positions often deteriorate gradually rather than failing abruptly.

This emphasis on contract structure reflects a broader shift toward risk-first explanations, a role increasingly associated with Leverage.Trading’s coverage of futures and leveraged markets.

Recognizing that futures risk now accumulates through continuity rather than expiration marked a meaningful change in retail trading behavior.

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Explanations that clarify how contract design, exposure, and time interact help traders understand not just how futures positions are opened, but how and why they degrade without a defined endpoint.

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Crypto World

Naoris Launches Post-Quantum Blockchain as Quantum Risks Grow

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Naoris Launches Post-Quantum Blockchain as Quantum Risks Grow

Naoris Protocol has launched its mainnet, introducing a layer-1 blockchain designed to use post-quantum cryptography for transaction validation and network security. The network is live with limited, invite-only participation, allowing early users to run validator nodes and process transactions.

According to an announcement shared with Cointelegraph, it integrates cryptographic standards finalized by the National Institute of Standards and Technology (NIST) to address risks in existing blockchains, where current encryption methods could become vulnerable over time.

Before mainnet, the protocol’s test network processed more than 100 million transactions and identified hundreds of millions of potential threats, according to the project, with activity spanning millions of wallets and nodes.

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The system uses a consensus model called distributed proof of security (dPoSec) to verify transactions across nodes, while the NAORIS token is intended to support network operations as the economic model develops.

The rollout begins with a restricted group of validators and partners, with broader access expected to expand in phases.

The project lists advisers with backgrounds in cybersecurity, government and enterprise technology, and is backed by investors including Draper Associates.

Related: Is $450B in Bitcoin vulnerable to the quantum threat? Analysts weigh in

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New research suggests quantum computing may arrive sooner than expected

The launch comes as revised estimates for quantum computing, which uses qubits and quantum states to process information differently from classical computers, are driving efforts to move away from current cryptographic standards.

New research from Google released on Monday suggests quantum computers may need far fewer resources than previously thought to break blockchain encryption. The study found fewer than 500,000 physical qubits could crack systems securing Bitcoin (BTC) and Ether (ETH), a roughly 20-fold reduction from earlier estimates.

The findings point to a shorter timeline for quantum risk, with Justin Drake, a researcher at the Ethereum Foundation, estimating at least a 10% chance that a quantum computer could recover a private key by 2032.

Breakdown of Bitcoin supply by address type and quantum exposure risk. Source: Google Quantum AI

Researchers at California Institute of Technology working with Oratomic reached similar conclusions, recently finding that improvements in error correction (which reduce the number of qubits needed to stabilize computations) could lower the requirements for practical systems to 10,000 to 20,000 qubits, down from earlier assumptions of millions.

Based on these reductions, the researchers said a viable quantum computer could emerge by around 2030.

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Blockchain developers are beginning to respond. In January, developers in the Solana ecosystem introduced a quantum-resistant vault that uses hash-based signatures to generate new keys for each transaction, reducing the exposure of public keys.

On March 24, developers from the Ethereum Foundation launched a “Post-Quantum Ethereum” resource hub outlining plans to upgrade the network’s cryptography, targeting protocol-level changes by 2029 while also noting the multi-year complexity of such a transition.

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