AI Automated Security using Plain Language
The Conversation Layer is the New Layer in your Architecture
In today’s environment, AI Governance, native MCP support and questionable ROI is proving that agents are not necessarily a fit for every organization. This is where VernacSecure™ can help.
Meet your new best friend. The VernacSecure SuperBot™ understands you. It knows you would prefer spending your day using natural phrases and corresponding in plain English instead of being buried in a CLI or scripting language. SuperBot effortlessly connects your Identity Providers, Cloud Platforms, Firewalls, SIEMs, EDR, NAC/ZTNA, ITAM/ITSM, Microsoft Intune and Syslog pipelines so they are wired together for maximum value and ROI.
No credit card required · $9.99 per user / month after trial · Cancel anytime
The company
Built by engineers who have run and secured the networks they are now automating
VernacSecure™ was founded on more than three decades of hands-on experience across LAN/WAN networking, firewalls, cloud infrastructure, Network Access Control (NAC), Zero Trust Network Access (ZTNA), Cybersecurity operations and applied Artificial Intelligence. That history shows up in the product: ease of use, time efficiency and bi-directional integrations made easy allow today's engineers to maximize results with minimal effort.
On-Prem Firewalls or Cloud Security
Experience with large On-Prem Campus Firewalls and Multiple Cloud Service Provider environments.
Network Access Control (NAC) and Zero Trust Network Access (ZTNA)
Deep NAC and ZTNA deployment experience with multiple solutions that secure LAN, WAN, Cloud and Remote Access.
Identity, Endpoints and Events
VernacSecure SuperBot™ seamlessly weaves together solutions, compliance and actions to ensure policies match the right Identity, correct Endpoint and corresponding Event.
VernacSecure SuperBot™
Welcome to the Conversation Layer or your Architecture. A conversational operations layer for your entire infrasucture makes interconnecting your Cybersecurity Ecosytem painless. SuperBot removes the pain points - ask for state or tell it to make a change in plain language and SuperBot resolves the request against an approved action catalog. Nothing happens that a role, a confirmation and an audit entry did not authorize. VernacSecure™ balances security with automation, so neither is sacrificed for the other.
Answers from live systems
Query devices, users, policies, address objects, security groups and syslog activity across vendors in one sentence, without learning six different consoles or CLI dialects.
Changes with a safety rail
Create or delete a firewall object, block an identity, quarantine a device or add a cloud rule. Ambiguous names are confirmed back to you, and destructive actions require an explicit yes.
Automated response to unsupported actions
When a request falls outside the supported catalog, VernacSecure SuperBot™ automatically files a feature request on your behalf and notifies you in real-time when it is Approved and Live.
VernacSecure™ Automation and Integrations Overview
VernacSecure SuperBot™ expedites your Zero Trust policies across your solutions infrastructure. One console for the systems that decide who and what gets on your network, and what access is allowed based on real-time compliance status and events. Configure integrations once, then read state, push changes and wire cross-vendor workflows — with every action authenticated, role-scoped and written to an audit log.
One action model, every platform
Cloud, Firewall, NAC/ZTNA, EDR, SIEM, ITSM, Identity and Intune integrations expose the same curated read and write actions, so an event in one system can drive a change in another without custom glue code.
Roles, tenancy and audit
Self-registration is scoped to your company email domain. Users only see the integrations and parsers their role grants, and every read and write lands in Your Logs.
OpenTofu-backed changes
Cloud changes are planned and applied through OpenTofu in isolated working directories, so what the console shows matches what the provider actually has.
Solution features
Integrations across the whole Cybersecurity ecosystem
VernacSecure SuperBot™ talks to the platforms you already own. Each integration is configured with non-secret connection details plus encrypted credentials, and exposes a curated set of read and write actions.
Push cloud security changes safely
Manage security groups, network security rules, firewall rules and VPC/VNet creation across your cloud estate. Changes are rendered to OpenTofu, planned, applied and reconciled — including safe deletes that resolve a resource by name or by ID so a near-miss never removes the wrong object.
- Inventory security groups, rules and networks per account or project
- Create, modify and delete rules and networks through a reviewed OpenTofu plan
- Encrypted credential storage with per-tenant isolation
Supported vendors: Amazon Web Services, Microsoft Azure, Google Cloud, Oracle Cloud Infrastructure, IBM Cloud, Alibaba Cloud, DigitalOcean, Akamai (Linode), Hetzner Cloud, OVHcloud, Rackspace Technology, Scaleway, Tencent Cloud, Exoscale and Vultr — 15 platforms total.
Multi-vendor policy without the CLI
Read address objects, policy rules and sessions from your firewalls, then push block, quarantine and tag actions from a single interface. Each vendor is described by its real authentication style — API key, bearer token, session login or header key — so VernacSecure SuperBot™ speaks each platform's native REST dialect.
- Fetch policies, objects and interface state on demand
- Push block or containment actions triggered manually or by a rule
- Consistent action model across every firewall you operate
Supported vendors: Palo Alto Networks, Fortinet, Cisco Secure Firewall, Check Point, Juniper Networks, Sophos, SonicWall, WatchGuard, Barracuda, Forcepoint, Hillstone Networks, Huawei, Netgate pfSense, OPNsense and Stormshield — 15 platforms total.
See and control who is authenticating
Connect your IdP to read users, groups, application assignments, risk signals and sign-in activity, and to take account action — disable, suspend, block or lock — when an identity is implicated in an incident. Every provider is wired through its own management or SCIM API using scoped service credentials.
- List users, groups and application/role assignments
- Read risk events, authentication logs and MFA posture
- Disable, suspend or re-enable an account from the console or the bot
Supported vendors: Genian IAM, Microsoft Entra ID, Okta, Ping Identity, Google Workspace, Auth0, JumpCloud, OneLogin, CyberArk, IBM Security Verify, Oracle, Amazon Cognito, Cisco Duo, Keycloak, RSA ID Plus, SailPoint and other major providers — 17 providers in total.
Device compliance as an enforcement signal
A dedicated Microsoft Graph integration pulls managed and unmanaged device inventory from Intune, including Wi-Fi and wired IP and MAC addresses, ownership and compliance state. Scheduled sync keeps the picture current, and newly discovered managed devices can automatically notify downstream systems.
- Fetch all, managed or unmanaged devices with full network hardware detail
- Periodic background sync with per-category opt-in
- Trigger outbound syslog or vendor API actions on new device discovery
Authentication: Entra app registration using tenant ID and client credentials, scoped to the Graph permissions you grant.
Enforce policy where devices connect
Read endpoints, identity groups and policy sets from your NAC platforms, then push quarantine, reauthentication and group-assignment actions from the same governed action model. Containment that used to mean a console login becomes a single, audited action.
- Inventory endpoints, host groups and authorization policy per platform
- Quarantine, isolate or reauthenticate a device from the console or the bot
- Consistent action model across every NAC you operate
Supported vendors: Genian NAC, Cisco ISE, HPE Aruba ClearPass, Forescout, Fortinet FortiNAC, Portnox, Extreme Networks, Juniper Mist, Arista AGNI, RUCKUS Cloudpath, Ivanti Policy Secure, Huawei Agile Controller, InfoExpress CyberGatekeeper, Nile Access Service and macmon — 15 platforms total.
Zero Trust access without the swivel chair
Connect your ZTNA, SASE and SDP platforms to read application access, connector and posture state, and to revoke or restrict access when identity risk changes — from one console instead of per-vendor dashboards.
- Read application, connector and session state per platform
- Restrict or revoke access in response to risk signals
- Unified view across private access and SASE deployments
Supported vendors: Genian ZTNA, Zscaler Private Access, Palo Alto Prisma Access, Netskope Private Access, Cloudflare Access, Cisco Secure Access, Check Point Harmony SASE, Fortinet ZTNA, Microsoft Entra Private Access, Appgate SDP, Twingate SDP, Tailscale, ThreatLocker and other major providers — 19 platforms total.
Turn endpoint signals into network action
Read device health, detections and isolation state from your EDR platforms and use them as triggers: a compromised endpoint can automatically drive quarantine in NAC, a block on the firewall, or an account action at the IdP.
- Read detections, device posture and isolation state
- Trigger cross-vendor containment from a detection event
- Correlate endpoint identity with network and cloud inventory
Supported vendors: Genian EDR, CrowdStrike Falcon, Microsoft Defender for Endpoint, SentinelOne Singularity, Palo Alto Cortex XDR, Sophos Intercept X, Trend Micro Vision One, Cisco Secure Endpoint, Bitdefender GravityZone, Huntress, ESET, Trellix, WithSecure and other major providers — 16 platforms total.
Close the loop with your analytics stack
Query alerts, cases and notable events from your SIEM platforms and push enrichment and response actions back — so an analytic finding can become an enforced policy change without a ticket queue in the middle.
- Read alerts, cases and notable events per platform
- Push enrichment, status and response actions back to the SIEM
- Feed SIEM findings into governed cross-vendor workflows
Supported vendors: Splunk Enterprise Security, Microsoft Sentinel, IBM QRadar, Google Security Operations, Elastic Security, Exabeam, Securonix, Rapid7 InsightIDR, LogRhythm Axon, Sumo Logic, Datadog Cloud SIEM, Fortinet FortiSIEM, Wazuh, Graylog, Devo, LevelBlue and Armor Point — 17 platforms total.
Keep inventory and tickets in step with reality
Read asset inventory from your ITAM platforms and open, update or close tickets in your ITSM tools as automation runs — every governed action can leave a tracked, auditable record in the system your organization already measures.
- Read asset and device inventory from ITAM platforms
- Create and update ITSM tickets from automated workflows
- Attach enforcement evidence to the record of change
Supported vendors: ServiceNow, Jira Service Management, BMC Helix, ManageEngine ServiceDesk Plus, Freshservice, HaloITSM, SolarWinds Service Desk, Ivanti Neurons ITSM, TOPdesk, Axonius, Lansweeper, Device42, Flexera One, Snipe-IT, NinjaOne and Kaseya VSA — 16 platforms total.
Receive events from anywhere in the stack
Stand up vendor-tagged syslog listeners that parse events from any integrated vendor into structured records. Feeds are role-filtered, so each user only sees the parsers their account is entitled to.
- Per-vendor parsers with structured field extraction
- Role-scoped live feed surfaced on Get Started
- Events available as triggers for downstream automation
Notify the rest of your ecosystem
Forward normalized events — device discovery, identity risk, policy change — to any integrated vendor over syslog, or call a vendor REST action directly. State tracking guarantees a given discovery notifies exactly once.
- Vendor-tagged outbound destinations with configurable payloads
- Outbound API calls for tagging, quarantine and enrichment
- De-duplicated, one-time notification per discovered entity
Know the moment an integration stops behaving
Every integration is watched continuously. Any response other than the expected one — an authentication failure, a timeout, a rejected payload, an unexpected status code — is treated as a fault rather than a silent log line. The integration is flagged as requiring attention, the person who configured it is notified, and the console makes the problem impossible to miss.
- Automatic fault logging with the failing request, response and reason
- Notifications to the integration owner by email, syslog or webhook
- Status changes from Configured to Configured — with Errors!, and the tile turns dark blue instead of its normal tint
Solution features
Solution security & internal best practices
We focus on our product security and take our internal security seriously. Some of the best practices we have implemented internally include, but are not limited to:
Layered protection in front of the SaaS
- CDN security including Core, DDoS, Rate Limting and SQL Injection Protections
- Application Load Balancer limited to source IPs originating from CDN
- WAF implemented with Default Deny, Geographical and Anonymous IP Restrictions
Find it fast, patch it faster
- SBOM regularly audited for package inventory and version validation
- Aggressive vulnerability scanning schedule
- Aggressive vulnerability patching schedule
Your keys stay yours
- No vendor integration key, secret or credential stored unless explicitly saved by the customer
- Keys, secrets and credentials, if saved, are encrypted with AES-256-GCM before storage and never returned to the browser
Analysis
Why SaaS security automation beats agent-based AI automation
Autonomous AI agents are a compelling demo and a difficult production system. When you evaluate the two models across the dimensions that actually determine total cost and risk — spend, operational burden, governance and blast radius — a governed SaaS platform wins on every axis for security-critical change.
| Dimension | Agent-based AI automation | VernacSecure™ SaaS automation |
|---|---|---|
| Cost | Per-token inference costs scale with every retry, reasoning loop and re-plan — unpredictable and rising with usage. Add orchestration infrastructure, vector stores and the engineering time to build and maintain integrations yourself. | A flat $9.99 per user per month. Integration development, hosting, maintenance and upgrades are included and amortized across every customer. |
| Management | You own the agent lifecycle: prompt regressions, model deprecations, tool schema drift, credential sprawl across agents and a debugging story that starts with reading a reasoning trace. | Integrations are versioned and tested by VernacSecure™. Vendor API changes are absorbed upstream. Your team configures endpoints and roles, not orchestration code. |
| AI governance | Non-deterministic behavior is hard to evidence to an auditor. Demonstrating control effectiveness under SOC 2, ISO 27001, NIST AI RMF or the EU AI Act requires building your own evaluation, logging and approval apparatus. | AI is confined to intent interpretation. Execution runs through a fixed, reviewable action catalog with role-based authorization and a complete audit log of who changed what, where and when. |
| Agent risk | Broad standing credentials plus autonomous action equals large blast radius. Prompt injection through ingested log or ticket content can steer an agent into destructive change with no human in the loop. | Least-privilege scoped credentials, destructive actions gated behind explicit confirmation, cloud changes staged as a reviewable OpenTofu plan, and unsupported requests routed to an approval queue instead of improvised. |
| Time to value | Months of engineering to reach parity on a handful of vendors, then continuous investment to keep pace. | Connect an endpoint and run your first action the same day. 100-plus platforms supported on day one. |
| Determinism | The same request can produce different plans on different runs — a poor fit for change control and rollback. | The same request produces the same API call every time, with predictable, reversible outcomes. |
| MCP coverage | Published estimates through mid-2026 put the share of legacy and on-premises enterprise applications with no native Model Context Protocol support somewhere between roughly 25% and 70%, depending on how the survey defines "legacy." Whatever the true figure, a meaningful part of your estate needs an MCP gateway or bespoke tool wrappers first — plus the ongoing work of keeping those shims aligned with each vendor's API. | No MCP dependency. Each platform is reached through its own native REST, SCIM or management API, already written, tested and maintained by VernacSecure™ — including the appliances and on-premises controllers least likely to ever ship an MCP server. |
The MCP gap is the part most agent evaluations underestimate. Estimates vary widely — the research we reviewed through mid-2026 spans roughly 25% to 70% of legacy applications with no native MCP support — but even at the low end, security appliances, on-premises controllers and older management planes are exactly the systems least likely to expose one. Bridging them means standing up an MCP gateway or hand-built tool wrappers, and then owning that middleware for as long as the integration lives.
Example ROI analysis
A 25-seat security team, first twelve months
A deliberately conservative annual comparison between building and running a modest in-house agent-based automation stack and subscribing to VernacSecure SuperBot™. We have assumed a competent team moving quickly — a part-time build, not a heroic one — and loaded mid-market North American labor at $180k. Substitute your own rates and effort; the point is the shape of the curve, not the last dollar.
| Annual cost line | Agent-based build | VernacSecure SuperBot™ |
|---|---|---|
| Platform / subscription (25 users × $9.99 × 12) | $0 | $2,997 |
| LLM inference and orchestration infrastructure | $12,000 | Included |
| Initial build — a handful of integrations, tools and guardrails (0.2 FTE @ $180k loaded, ≈10 weeks of effort) | $36,000 | $0 |
| MCP gateway or custom tool wrappers for applications with no native MCP support (licensing plus ≈0.05 FTE) | $15,000 | Not required |
| Ongoing maintenance — vendor API drift, model upgrades, wrapper upkeep (0.15 FTE) | $27,000 | $0 |
| AI governance tooling, evaluation and audit evidence | $9,000 | Included |
| Compliance mapping and external audit support | $6,000 | $3,000 |
| Risk-adjusted remediation from an autonomous-action error | $8,000 | $2,000 |
| Total year-one cost | $113,000 | $7,997 |
≈ $105,000 in year one
Even if you halve every build-side line item, the comparison still lands comfortably in five figures of annual savings.
≈ 14× cost avoidance
Roughly fourteen dollars of build-and-run cost displaced per dollar of subscription — on assumptions we have intentionally kept modest.
Within the first quarter
At $2,997 a year for 25 seats, the subscription is recovered by a few days of engineering time you did not have to spend.
We would rather understate this than oversell it. The build-side figures above assume no false starts, no model migration mid-year, and only a small slice of your estate needing an MCP gateway or custom wrappers — if a larger share of your legacy applications lack native MCP support, the middleware and maintenance lines grow while ours do not. Your own numbers will differ; the durable advantage is that integration engineering is our recurring cost, not yours.
Pricing
One plan. Every integration. $9.99 a month
No integration tiers, no per-connector upcharges, no annual commitment required.
- All cloud, firewall, IdP, Intune and syslog integrations
- Approved action catalog for automation
- OpenTofu-backed cloud change management
- Role-based access with company-domain tenancy
- Full audit logging and user notifications
- Feature request queue with approval and release tracking
No credit card required. Cancel any time during the trial and you are never billed.
Live in an afternoon
- Register with your company email address — your domain becomes your tenant
- Add your first integration endpoint and credentials
- Run a read action to confirm connectivity
- Invite your team and assign roles
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