The criteria for judging "security" in the digital asset industry are shifting. On July 8, the European Securities and Markets Authority (ESMA) announced a targeted supervisory action on the digital operational resilience of crypto asset service providers, with custody services highlighted as a key focus. This assessment no longer centers solely on individual technical measures but covers multiple areas, including governance arrangements, key and storage management, transaction controls, incident detection and response, smart contract risks, and dependencies on third-party services. The related inspections will run from the second half of 2026 through the first half of 2027.
This shift reflects that the digital asset industry is entering a more systematic phase of security. In the early days of the market, discussions of security often centered on specific issues such as passwords, wallets, and account verification. As asset scale grows, service structures become more complex, and regulatory frameworks mature, what truly determines the security level of a platform is no longer any single technology, but whether accounts, assets, systems, operations, and governance can form a continuously operating, complete framework.
For Anmrex, security should not be understood as a feature appended to trading services, but rather as the foundation of long-term platform operations. From technical architecture to risk identification, from asset management to service continuity, a digital asset platform needs to establish a security framework that can cover different market environments and continuously update it as the industry evolves.
From Account Protection to Operational Resilience, Security Standards Are Undergoing a Comprehensive Upgrade
Digital asset platforms inherently operate within a continuously running network environment. Trading, asset transfers, market data services, and account access occur around the clock. If a critical component experiences an anomaly, the impact can quickly propagate to other services. Therefore, strengthening account authentication or wallet protection in isolation cannot fully cover the risks faced by the platform.
The regulatory focus ESMA has placed on custody services is highly representative. Beyond key and asset storage, its scope of attention also includes governance mechanisms, transaction controls, incident detection and response, smart contracts, and third-party vendor risks. This indicates that regulators are elevating digital asset security from a point-specific technical issue to the level of overall operational resilience.
Broader cybersecurity standards are following a similar trend. The Cybersecurity Framework 2.0 of the National Institute of Standards and Technology (NIST) divides cybersecurity risk management into six core functions: govern, identify, protect, detect, respond, and recover. Among these, "govern" has been formally incorporated into the framework, emphasizing that cybersecurity needs to be integrated with the overall enterprise risk management system, rather than being handled solely by the technical department.
This approach is particularly important for the digital asset industry.
A security system must not only reduce the probability of abnormal events but also possess the ability to detect anomalies, contain the impact, respond quickly, and restore normal services. The more mature the market, the closer security metrics come to a full lifecycle rather than any single configuration.
Anmrex continues to refine its security foundation in this direction. The platform focuses not merely on individual transactions or account access but aims, through more systematic risk management, to create long-term synergy among technical security, asset security, and operational stability.
Asset Custody Enters a Stricter Phase, with Segregation and Control Becoming Foundational Requirements
In the digital asset security framework, asset management has always been one of the most critical components.
As the regulatory framework becomes clearer, asset custody has evolved from an internal operational arrangement of the platform into more explicit institutional requirements. Under the relevant provisions of the EU MiCA, institutions providing crypto-asset custody services to clients must ensure that client assets are segregated from their own assets at both the on-chain and operational levels, and establish corresponding arrangements to safeguard client ownership of those assets.
The logic behind this shift is clear: a distinct boundary must be drawn between the operation of the platform itself and the management of client assets.
In the past, discussions of custody security focused primarily on wallet technology itself; now, the relationships among key management, permission controls, asset segregation, transaction authorization, and internal processes have become more important. A mature asset protection mechanism needs to reduce the impact of any single point of failure on the entire system while ensuring that critical operations have clear permissions and records.
Third-party dependencies have also become a key focus of regulatory scrutiny. Modern digital asset platforms often need to connect to cloud services, network infrastructure, security services, and other technology vendors, which extends the security boundary of the platform from its own systems to the entire technology supply chain. The guidance issued by NIST on cybersecurity supply chain risks also emphasizes that organizations need to establish ongoing vendor risk management capabilities and incorporate relevant requirements into overall cybersecurity governance.
For Anmrex, this means that platform security construction cannot be confined to a single system. Technical services, asset management, internal permissions, and external dependencies all need to be incorporated into a unified risk framework, reducing potential weak points in complex infrastructure environments through continuous identification and assessment of key risks.
Security Competition Is Shifting From "Preventing Risk" To "Continuously Managing Risk"
No complex financial system can resolve risk issues by relying on a claim of "absolute security." A more mature security philosophy acknowledges that risk always exists and works to continuously reduce the probability of risk occurrence and its potential impact through governance, technology, and processes.
This shift is also becoming an important part of long-term competition among digital asset platforms.
During active market periods, trading categories and market movements tend to attract more attention; once entering a long-term development phase, the factors that truly affect the ability of a platform to operate sustainably become more fundamental. Whether the system can remain stable under high load, whether abnormal activity can be identified in a timely manner, whether asset management has clear boundaries, and whether rapid response is possible after an incident—these capabilities often do not appear directly in price movements, yet they determine whether a platform can serve the market over the long term.
In 2026, European regulators have explicitly designated digital operational resilience as an important regulatory direction in the crypto asset services sector and have begun assessing the maturity of relevant frameworks through special initiatives. This also means that the industry evaluation of security will become increasingly systematic, and platforms will find it difficult to prove overall security capability by relying on a single technology label.
Anmrex treats security as a continuous construction process rather than a one-time technical project. As market scale expands and the service environment evolves, the platform needs to continuously improve the coordination among account protection, asset management, anomaly monitoring, risk response, and system stability, and to adjust risk management approaches in line with new technological and market developments.
The crypto market is gradually moving away from the single logic that "more features mean more competitiveness." For platforms that provide asset trading and management services, truly stable long-term value increasingly comes from underlying capabilities: the system can operate continuously, asset management remains clear, risks can be identified in a timely manner, and critical services remain resilient in complex environments.
As the digital asset industry matures further, security will not remain an isolated module but will gradually become a core benchmark for measuring the overall quality of a platform. Anmrex will continue to advance its security infrastructure and risk management framework in this direction, adapting to the rising security requirements of the digital asset market in a more systematic way.
