Stop lateral movement before attackers reach your crown jewels
Perimeter-based network security is dead. Modern attackers bypass firewalls through phished credentials, supply chain compromise, and misconfigured cloud services. HiveNet architects and enforces a zero-trust network model — where every connection is verified, every packet is inspected, and lateral movement is structurally impossible.
Every capability is powered by our proprietary AI engine and delivered by our team of senior security engineers.
We design and implement a full zero-trust network architecture based on NIST SP 800-207 — covering identity-aware access, microsegmentation, and continuous verification for every user, device, and workload.
Workloads are isolated into fine-grained segments. Even if an attacker compromises one segment, they cannot reach another without re-authentication and policy re-validation — containing blast radius to near zero.
Deep packet inspection combined with behavioral AI identifies command-and-control communications, data exfiltration attempts, and encrypted malware traffic — even within HTTPS sessions.
Policy design, deployment, and ongoing management of NGFW infrastructure — Palo Alto, Fortinet, Check Point. Automated rule review identifies and removes overpermissive rules before attackers exploit them.
Replace legacy VPN with a software-defined perimeter that grants per-application access rather than network-level access. Users can only see and reach the specific applications they are authorized to use.
Quarterly network penetration tests by our offensive security team. Tests cover external perimeter, internal segmentation, wireless networks, and VPN/SDP infrastructure. Full report with CVSS scores and remediation guidance.
Real-time visibility into network topology, active connections, policy violations, and anomalous traffic. Risk-scored asset map updated continuously as your network changes.
Secure branch office connectivity with SD-WAN architectures that enforce consistent security policy across all locations — without backhauling traffic through a central hub.
AI-powered email filtering blocks phishing, BEC, and malicious attachments with 99.8% accuracy. DNS security blocks connections to malicious domains before they resolve — stopping malware at the first callback.
Passive discovery of your complete network topology — devices, connections, trust relationships, and exposure points. Assessment report identifying zero-trust maturity gaps with a prioritized remediation roadmap.
Our architects design the target-state zero-trust architecture for your environment — including microsegmentation policy, identity-aware access controls, and inspection point placement. Delivered as a detailed technical blueprint.
Zero-trust deployment in phases to avoid disruption. We start with highest-risk segments and expand progressively. Each phase tested and validated before proceeding. Typically 8–16 weeks for full deployment.
Ongoing network traffic analysis, policy compliance monitoring, and quarterly penetration testing. Your network posture improves continuously as new threats emerge and your environment evolves.
Native integrations with the tools your team already uses — zero rip-and-replace required.
Yes — our zero-trust architecture covers hybrid environments natively. We enforce consistent policy across on-premises data centers, AWS, Azure, GCP, and remote endpoints. A single policy plane manages everything.
When done correctly, zero-trust improves user experience — users access applications directly without VPN tunnels, and authentication is invisible for low-risk access. Our phased approach ensures every change is validated before rollout.
Depends on environment complexity. Most enterprise deployments are 8–16 weeks. We can implement high-priority segments (crown jewels, finance, R&D) in 2–3 weeks for immediate risk reduction while the broader rollout proceeds.
Yes — we are vendor-agnostic and certified across Palo Alto Networks, Fortinet, Check Point, and Cisco Firepower. We can optimize your existing investment or recommend a change if your current platform has significant gaps.
External perimeter testing (internet-facing assets), internal segmentation testing (lateral movement paths), wireless security assessment, VPN/SDP testing, and social engineering scenarios targeting network access. Full written report with proof-of-concept evidence for every finding.
Get a free 30-minute scoping session with a HiveNet engineer. We'll assess your current posture and show you exactly what this service would cover in your environment.