Echelon platforms don't replace what you've built — they unify it. We deploy operational intelligence layers that ride on your existing systems, turning fragmented infrastructure into a single command surface. No rip-and-replace. No new hardware. No new infrastructure. No disruption.
You're running Workday. Entra ID. Active Directory. ServiceNow. Intune. SCADA systems. Compliance platforms. Every one of them cost six or seven figures to deploy. Every one of them generates critical data. And none of them talk to each other in any way that helps the person holding the pager at 2 AM.
Echelon platforms are orchestration layers — software that sits on top of what you already run and turns isolated systems into unified operational intelligence. We don't sell you a new stack. We make the stack you already paid for actually deliver on its promise.
PURE SAAS · ZERO HARDWARE
Five platforms built on shared architectural DNA — each purpose-built for a specific sector's workforce, identity, and compliance challenges. Fully hosted. Fully integrated with the enterprise systems you already run. Nothing new to install, nothing old to replace.
Healthcare organizations run six or more enterprise platforms that each hold a piece of the workforce picture. A new hire touches Workday for HR, Entra ID for identity, Active Directory for access, Intune for device management, ServiceNow for ticketing, and half a dozen clinical systems — all managed by different teams with different timelines and no shared view of who has access to what.
ONYX is a SaaS orchestration layer that connects to every system in your identity and workforce infrastructure through native APIs and standard connectors. It creates a single, real-time operational surface where HR, IT, security, and compliance teams all see the same truth — filtered through role-specific lenses that show each team exactly what they need.
ONYX doesn't require a single system change. It reads from your existing platforms, correlates the data, and presents it through purpose-built operational views. Your Workday instance stays exactly as it is. Your AD structure doesn't move. ONYX just makes them finally visible as one system.
A restaurant group with 150 locations onboards and offboards thousands of employees per year. Seasonal surges double headcount overnight. Franchise and corporate locations run different systems. A line cook who quits location #47 on Friday still has active credentials on Monday because nobody told three other platforms.
LATTICE is a workforce orchestration layer built for high-volume, high-turnover, geographically distributed operations. It connects to whatever HR, payroll, scheduling, POS, and identity systems each location already runs — regardless of whether locations are standardized — and unifies them into a single operational picture.
LATTICE doesn't require location standardization. Location #12 can run Toast while location #47 runs Square — LATTICE normalizes the data and presents a unified view. The messier your environment, the more LATTICE earns its keep.
Universities manage a workforce unlike any other sector. Tenured faculty, adjuncts on semester contracts, graduate assistants, visiting researchers, student workers, and administrative staff all move through overlapping but distinct lifecycle tracks. Each semester brings a wave of onboarding and offboarding. FERPA compliance requires airtight access controls.
MERIDIAN maps every workforce category in higher education to a unified lifecycle model and connects it to the identity, access, and compliance systems the institution already runs. It understands that an adjunct who also advises a research lab has two distinct roles with different access requirements and different timelines.
MERIDIAN understands academic time — semesters, sabbaticals, grant periods, tenure clocks. Each role type has its own lifecycle model, its own compliance requirements, and its own access pattern — all managed from one surface without touching the underlying SIS or ERP.
An MSP managing 40 clients is managing 40 separate identity environments, 40 sets of onboarding workflows, 40 compliance postures — by logging into each client's admin console one at a time. There's no unified view and no way to answer "which of my clients has orphaned accounts right now?" without checking each one manually.
PRISM is a multi-tenant orchestration layer that gives MSPs a single operational surface across all client environments. Each client's data stays completely isolated — separate tenants, separate encryption — but the MSP sees aggregated health and compliance posture across the entire portfolio from one view.
PRISM connects to whatever each client already runs. Client A on ConnectWise and Client B on Datto both appear in the same view. White-label it, and the client sees their own branded portal — never knowing the MSP manages 39 others from the same seat.
Defense contractors face identity governance requirements that commercial tools were never designed to handle. Clearance levels that change mid-contract. Personnel who need access to classified and unclassified environments simultaneously. CMMC compliance becoming mandatory. And an audit environment where a single access control failure can cost a contract.
BASTION is a hardened identity and compliance orchestration layer built specifically for organizations operating under federal security requirements. It connects to existing identity infrastructure, GRC platforms, and HR systems to create a unified compliance and clearance management surface.
BASTION understands that a cleared employee on Contract A with Secret clearance and Contract B with Top Secret clearance needs different access postures for each — and that when Contract B ends, only that access should degrade. No new infrastructure. Just the compliance layer your existing systems were never built to handle.
PASSIVE SOFTWARE · ZERO NETWORK FOOTPRINT
Two platforms built for operational technology environments where you need total visibility and zero interference. Software-based passive monitoring that reads from your existing switches, SPAN ports, and historian systems. No new devices on your network. These platforms observe everything and touch nothing.
Water utilities run operational technology networks that control treatment processes, distribution pressure, chemical dosing, and pump operations. These systems were designed for reliability, not visibility. Most utilities have little to no insight into what's happening on their OT network — and they can't justify installing new monitoring hardware because every new device on an OT network is a potential attack surface.
CONDUIT deploys as software that connects to infrastructure the utility already owns — managed switches with existing SPAN or mirror ports, historian systems like OSIsoft PI that already collect SCADA telemetry, and existing servers or VMs with available capacity. It reads DNP3, Modbus, and other SCADA protocol traffic passively through read-only connections. No active scanning. No packet injection. No new devices on the OT network.
CONDUIT doesn't add a single device to your operational network. It reads from infrastructure you already have — the managed switch you already own, the SPAN port already configured, the historian already collecting data. Your OT network doesn't change. Your operations team doesn't see a new device. They see intelligence they never had — sourced from equipment that's been sitting in their rack for years.
Electric utilities face the same OT visibility gap as water — but with higher regulatory stakes and more complex network architectures. NERC CIP compliance requires demonstrable monitoring of critical cyber assets, but installing active monitoring tools on substation networks introduces the very risk regulators are trying to mitigate.
SENTINEL uses the same passive software architecture as CONDUIT, adapted for electric utility protocols and regulatory requirements. It reads DNP3, IEC 61850, and Modbus traffic from existing substation switches, SPAN ports, and control center network infrastructure — no new devices deployed.
SENTINEL produces NERC CIP evidence as a natural output of its monitoring — not as a quarterly scramble. Every protocol observation, every baseline deviation, every access pattern is automatically cataloged against the applicable CIP standard. When the auditor arrives, the evidence already exists.
THE PLATFORM BEHIND THE PLATFORMS
Every deployed Echelon platform — across every client, every sector, every geography — reports to a single centralized command surface. Your onsite team handles the day-to-day. Echelon is always watching.
When an Echelon platform goes live at a client site, the client's team is trained to operate it day-to-day. But behind every deployment, Echelon maintains continuous visibility through APEX — the centralized command platform that monitors every deployed instance across the entire client portfolio.
APEX aggregates health telemetry, alert status, system performance, and operational metrics from every deployed Echelon platform into a single unified command surface. Client teams handle Tier 1 operations. APEX surfaces Tier 2 and Tier 3 events to Echelon's operations team — the anomalies that need the people who built the platform.
Your team runs the platform. Echelon watches the platform that runs the platform. When something surfaces that your onsite team wasn't trained for — or an anomaly pattern emerges that no single operator would catch — Echelon sees it from APEX and responds before it becomes an incident. Monitoring isn't an add-on. It's how Echelon operates.
Every Echelon platform connects through documented, standard APIs. Workday REST. Microsoft Graph. ServiceNow Table API. No middleware. No proprietary connectors that lock you in.
Workforce platforms install nothing on your infrastructure. Infrastructure platforms read from switches and historian systems you already own. No new hardware. No new devices on your network.
Every platform authenticates through your existing identity provider — Entra ID, Okta, ADFS, Shibboleth. No separate credentials. Your identity infrastructure is the identity infrastructure.
TLS 1.3 in transit. AES-256 at rest. JWT with refresh token rotation. Tenant-isolated encryption keys. These aren't premium features — they're the architecture.
HIPAA. FERPA. NERC CIP. CMMC. NIST 800-171. Every platform generates compliance evidence as a natural byproduct of operation — not as a separate quarterly exercise.
Built to unify messy environments — not to require clean ones. Mixed vendors, legacy systems, overlapping platforms from acquisitions. We normalize. We don't standardize.
Every platform starts with infrastructure-grade design. Security, scalability, and fault tolerance are foundational decisions, not features added in v2.
We don't retrofit generic software to critical problems. Each platform is purpose-built for its operational domain — because every sector's pain is specific.
Built by people who've held the pager. Every interface, every workflow, every alert is designed for the operator who depends on it at 0300.
Where critical infrastructure is involved, observation without interference. Our platforms see everything and touch nothing unless explicitly directed.
We work with organizations that take operational technology seriously. If you're running enterprise-grade systems that should be working harder for you — let's talk.
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