Synapse-Edge (Coming Soon)

Synapse-Edge is an enterprise-grade Endpoint Detection and Response (EDR) application engineered to protect infrastructure through a continuous, high-performance "Observe and Contain" loop. Operating as a containerized, cloud-native architecture built via multi-stage Docker configurations, the platform combines a zero-impact endpoint agent with a centralised management gateway. From its very first build, the system enforces strict security posture by embedding granular Role-Based Access Control (RBAC) directly into its core middleware, paired with optional Multi-Factor Authentication (MFA) that can be globally mandated by administrative accounts. By capturing real-time process, system, and network telemetry, Synapse-Edge relies on low-noise Indicator of Compromise (IOC) matching to accurately identify threats, giving defenders the surgical capability to isolate hosts and terminate malicious processes instantly before a breach can spread.

Designed for seamless enterprise adaptation, Synapse-Edge features a unique Modular Control Architecture that allows it to function as a powerful standalone tool or as an integrated component of a broader security ecosystem. When deployed alongside Synapse-Cortex and Synapse-iRespond, a system-level configuration manifest automatically disables local user interfaces and redirects telemetry logging and incident response workflows to those respective platforms. In this integrated state, the application silently exposes an advanced health-check API—tracking availability, telemetry latency, and packet error rates—ensuring that Synapse-Conectiv can monitor service delivery quality and relationship metrics without flooding the operational service desk.

Core Security & Visibility Features

• Zero-Impact Telemetry Agent: A lightweight, multi-platform agent (Windows, macOS, Linux) designed for a near-zero resource footprint, capturing real-time process executions, command-line arguments, network socket connections, and system event logs.
• Offline Policy Enforcement: A robust local policy engine that ensures continuous protection and malicious activity blocking even when an endpoint is completely disconnected from the central gateway.
• High-Fidelity IOC Matching: A low-noise detection engine that matches telemetry against cached Indicators of Compromise, eliminating alert fatigue by focusing on high-confidence threats during the initial build phase.
• Surgical Containment & Response: One-click remote mitigation capabilities, enabling analysts to instantly isolate a compromised host from the network or terminate specific malicious processes directly from the management console.

Platform & Integration Features

• Modular Control Toggling: A system-level configuration engine (Sync-Config) that dynamically adjusts the application interface and data flow based on whether it is running as a standalone tool or integrated into a wider ecosystem.
• Ecosystem Forwarding & Execution: Automatic suppression of local alert UIs in integrated mode, seamlessly redirecting raw telemetry streams to Synapse-Cortex and handing off response action pathways to Synapse-iRespond APIs.
• Service Level Telemetry Endpoint: A dedicated health-check API that aggregates system availability, p95 telemetry ingestion latency, rule-engine versions, and packet error rates, allowing Synapse-Conectiv to proactively track operational service quality.
• Containerised Cloud-Native Deployment: A fully dockerised management plane and gateway orchestrated via Docker Compose, built using multi-stage Dockerfiles to ensure highly portable, reproducible enterprise deployments.
• Embedded Security Hardening: Native Role-Based Access Control (RBAC) baked directly into the middleware layer (supporting Admin, Analyst, and Manager roles) coupled with administrator-enforced, TOTP-based Multi-Factor Authentication (MFA).

Core Capabilities

• Continuous Endpoint Visibility: Delivers real-time, comprehensive telemetry capture across diverse operating systems, ensuring defenders maintain absolute situational awareness of process executions and network activity at the host level.
• Autonomous Edge Defense: Enforces security policies locally on the host, ensuring uninterrupted detection and threat mitigation capabilities even when an endpoint is completely severed from the central gateway.
• Precision Containment & Remediation: Provides surgical, high-speed response vectors to isolate compromised infrastructure and kill malicious processes instantly, minimising lateral movement without requiring full system re-imaging.
• Dynamic Ecosystem Interoperability: Uses a system-level configuration engine to automatically toggle internal modules off, seamlessly transforming the application from an all-in-one standalone tool into a specialised sensor/executor node when an external incident response pipeline is detected.
• Proactive Service Assurance: Exposes deep, non-operational system health metrics (such as packet error rates and processing latency) to allow service delivery managers to monitor protection quality and maintain strict service level management.
• Zero-Trust Platform Hardening: Guarantees data isolation and platform integrity from the first build by natively embedding granular role-based permissions and admin-enforced cryptographic multi-factor challenges directly into the core middleware.

Maximised Analyst Efficiency: By relying on high-fidelity IOC matching rather than noisy heuristic models in the initial build, security analysts are freed from debilitating alert fatigue, allowing them to focus exclusively on verified, high-confidence threats.

Frictionless Ecosystem Scaling: The modular architecture eliminates the need for complex, custom deployments. The platform seamlessly adapts to the client's maturity level, acting as a complete out-of-the-box solution for smaller clients or an invisible, specialised sensor for enterprises already utilising comprehensive incident response pipelines.

Elevated Service Quality: By routing system health and performance telemetry directly to the Service Delivery Manager, the platform ensures the security service is consistently delivered to a high quality. This empowers relationship management and facilitates data-driven weekly, monthly, quarterly, and annual service reviews, entirely bypassing routine, operational service desk activities.

Uninterrupted Business Continuity: The zero-impact agent design ensures that critical enterprise applications and user workflows are never slowed down by security overhead, while offline policy enforcement guarantees endpoints remain protected even during network outages or targeted isolation.

Accelerated Time-to-Value: Containerised deployment via Docker enables rapid, predictable rollouts across any infrastructure, while baked-in RBAC and MFA ensure the platform meets strict enterprise compliance and security standards from the moment it is initialised.

Synapse-Edge is architected to integrate seamlessly with the other specialised applications within the broader Synapse umbrella. Depending on the deployment mode, it connects to:

• Synapse-Cortex (ITSM & Orchestration): When toggled into integrated mode, Synapse-Edge disables its local alerting interface and silently forwards all raw telemetry and incident logs directly to Cortex. Cortex then acts as the central hub for managing and orchestrating the potential incidents detected at the endpoint.

• Synapse-iRespond (Incident Response): Synapse-Edge offloads its response execution pathways to iRespond. Instead of analysts clicking "isolate" on the local Edge UI, the commands are routed through iRespond, which triggers the API to execute surgical responses (like process termination or network isolation) on the compromised host.

• Synapse-Conectiv (Service Management): Synapse-Edge feeds a continuous stream of health-check metrics (such as system availability, latency, and packet error rates) directly into Conectiv. This equips the Service Delivery Manager with the data needed to ensure the service is delivered to a high quality, supporting customer satisfaction tracking and weekly, monthly, quarterly, and annual service reviews, entirely separate from operational Service Desk related activities.

• Synapse-Echo (Digital Forensics): As part of the wider suite, Synapse-Edge serves as the first point of contact on the endpoint, capturing the initial telemetry and system states that can later be ingested by Echo for deep-dive enterprise digital forensics and timeline reconstruction.

This interconnected web allows Synapse-Edge to function not just as an isolated antivirus, but as the active endpoint sensor and enforcer for your entire security and service management pipeline.