13 - 15 April 2027Crocus Expo — Moscow
Co-located with
Cyber resilience and IT security remain top priorities for enterprise leaders navigating a fast-evolving threat environment. Learn practical, infrastructure-focused strategies to reduce risk, speed up recovery, and maintain continuity across hybrid systems.
Global cybercrime losses are projected to hit USD 10.5 trillion in 2025. Similarly, analysts forecast that in the coming two years, 45% of global organisations will experience some form of impact from a supply chain attack. Numbers like these show why cyber resilience and IT security converge at the centre of every technology roadmap. While firewalls and endpoint tools once formed the main defence, today’s threat actors target supply chains, cloud workloads, and remote devices in equal measure.
A scatter-shot approach to security leaves gaps. Begin with a thorough risk assessment that maps data flows, third-party connections, and legacy systems to identify potential risks. By ranking assets according to business impact, teams can focus on controls where they matter most, utilising customer portals, production databases, and remote access gateways. Regular reviews keep the picture current as mergers, cloud migrations, and new SaaS licences alter the attack surface.
Zero Trust rejects implicit faith in any user, device, or network segment. Instead, it authenticates continuously and grants only the minimum access required.
Verify identity at each request. Multi-factor authentication plus hardware-rooted trusted platform modules deters credential theft.
Segment networks tightly. Micro-segmentation blocks lateral movement, so a single compromised endpoint cannot expose the wider estate.
Monitor context in real time. Anomalous behaviour, such as large data transfers at midnight, log-ins from unusual geolocations, triggers automated containment.
Rolling out Zero Trust does not mean ripping out existing controls. Integrate identity frameworks with current directories and gateways to avoid business disruption.
Attackers often dwell unseen for weeks. Machine-learning models shorten that window by studying millions of events and flagging subtle deviations.
Behavioural baselines: Algorithms learn normal traffic patterns, CPU loads, and user habits, spotting changes too small for human analysts.
Automated triage: High-confidence alerts route straight to containment scripts, freeing security teams for strategy work.
AI does not replace skilled analysts; instead, it filters noise and presents focused insights, letting experts investigate genuine threats sooner.
Most enterprises now blend on-premise servers with public and private clouds. This flexibility improves scale, yet multiplies entry points.
Encrypt data in transit and at rest. Native cloud key management services simplify rotation schedules and audit trails.
Apply consistent policies. Use infrastructure-as-code templates so that every virtual machine, container, and function inherits the same controls on creation.
Test backup restoration often. Storing snapshots across two providers guards against platform outages or insider sabotage.
Document shared-responsibility boundaries. Cloud vendors protect the underlying infrastructure; customers still shield operating systems, credentials, and application logic.
Third-party libraries and managed service partners expand capability but also add unseen vulnerabilities. A compromised software component can slip malicious code directly into production.
Maintain an up-to-date software bill of materials (SBOM). Track open-source modules, license versions, and patch status.
Review vendor security posture. Question encryption standards, incident response maturity, and audit history during procurement.
Isolate critical workloads. If a partner’s codebase is breached, strong segmentation prevents harmful artefacts from spreading.
These steps turn supply-chain security from an afterthought into a transparent, measurable discipline.
Plans written once and filed away fail when seconds count. Conduct quarterly tabletop drills and annual live simulations that cut server access, trigger fail-over, or inject phantom malware.
Assign clear roles. Executives handle public statements; legal assesses compliance; technicians restore services.
Record metrics. Time to detect, contain, eradicate, and return to full capacity informs where training or automation is needed.
Update documentation. Each exercise surfaces gaps—obsolete contact lists, missing run-books, and unsupported devices that need to be fixed immediately.
Phishing causes over 80 % of breaches, highlighting the need for consistent security awareness across the organisation. Short, practical training sessions paired with real-world simulations keep staff alert without disrupting workflows. Recognising teams that report suspicious activity reinforces positive behaviour and turns employees into active defenders, not passive targets.
To determine whether these efforts are effective, security teams must track metrics that reflect operational resilience. Two figures matter most. First, the mean time to detect and recover (MTTD and MTTR). Second, the percentage of critical patches applied within service level targets. These numbers provide executives with a direct view of how well the organisation responds to threats and where improvements are needed.
Events that merge IT and digital solutions with electronics innovations offer a direct line to fresh defence tactics. ExpoCifra gathers practitioners who share live use cases, test emerging tools, and build partnerships that raise resilience across the wider ecosystem. If you aim to refine safeguards or present breakthrough products, submit an ExpoCifra exhibit enquiry today. Join peers who treat cyber resilience as a core business driver and position your organisation for confident growth in a rapidly shifting threat landscape.