_ MESHTEK_ Enterprise-Grade Bluetooth Mesh Networking Solutions

1. MESHTEK: Enterprise-Grade Bluetooth Mesh Networking Solutions Confidential. © MeshTek Labs, Inc. 2024

2. Bluetooth Mesh Networking solutions designed for large-scale IoT deployments across commercial, industrial, and smart-building environments. Our platform brings secure device provisioning, adaptive routing, and centralized management—enabling integrators to deploy thousands of nodes that communicate reliably. This presentation outlines MESHTEK’s approach to Bluetooth Mesh Networking, highlighting architecture, security, use cases, and operational best practices to accelerate your IoT projects. Market Opportunity: Why Bluetooth Mesh Networking Now Bluetooth Mesh Networking has matured into a cost-efficient wireless topology for dense device networks, driven by growth in smart lighting, building automation, and asset tracking. MESHTEK capitalizes on this momentum by offering tailored solutions that reduce wiring costs and speed deployments. Understanding market needs for energy efficiency, wireless reliability, and scalable device management makes Bluetooth Mesh Networking an ideal backbone for modern connected infrastructure. Confidential. © MeshTek Labs, Inc. 2024

3. MESHTEK Advantage: Platform Differentiators Bluetooth Mesh Networking platform stands out as a comprehensive and enterprise-grade solution designed to deliver unmatched performance, reliability, and scalability in connected environments. Our Bluetooth Mesh Networking stack incorporates adaptive relay strategies that intelligently optimize message paths across dense device networks, ensuring seamless communication even in complex RF environments. By dynamically managing signal propagation and relay node utilization, MESHTEK prevents congestion and maintains consistent packet delivery, a critical factor for mission-critical IoT systems. Security and control are at the core of MESHTEK’s design. Through role-based access control (RBAC) and encrypted communication, administrators can precisely define user roles, assign network privileges, and maintain device integrity across large-scale deployments. This layered security model ensures that every command and data packet within the Bluetooth Mesh Networking environment is authenticated and protected from unauthorized access, giving enterprises full confidence in their network infrastructure. Additionally, MESHTEK provides analytics-ready telemetry that allows organizations to capture, process, and visualize real-time operational data from connected devices. This integrated telemetry framework enables predictive maintenance, performance benchmarking, and energy consumption analysis—all from a single, unified dashboard. By transforming raw mesh data into actionable intelligence, MESHTEK empowers enterprises to make informed decisions and continuously improve network efficiency. Confidential. © MeshTek Labs, Inc. 2024

4. Architecture Overview: Nodes, Relays & Managers Bluetooth Mesh Networking operates on a distributed architecture designed to create a reliable, self-healing communication network where every device contributes to connectivity. MESHTEK has engineered this architecture to function seamlessly across three core layers—nodes, relays, and management controllers—each performing a specific role that collectively enhances performance, coverage, and operational resilience. This layered design forms the backbone of MESHTEK’s Bluetooth Mesh Networking solution, ensuring stability even in large-scale environments with thousands of connected devices. At the foundation are the nodes, which are the intelligent endpoints of the Bluetooth Mesh Networking ecosystem. These nodes are embedded with lightweight, energy-efficient firmware developed by MESHTEK to perform sensing, actuation, and data exchange with minimal latency. Nodes can represent a variety of IoT devices such as smart lights, switches, sensors, and gateways. MESHTEK’s optimized node firmware supports dynamic role assignment, meaning devices can shift between publisher, subscriber, or relay roles based on real-time network requirements. This adaptability enhances communication reliability while conserving bandwidth and energy. Above the nodes are the relay elements, which play a crucial role in extending the mesh network’s coverage and stability. In MESHTEK’s architecture, relays employ intelligent retransmission algorithms that evaluate signal strength, network density, and message priority before forwarding data packets. This approach minimizes unnecessary retransmissions and prevents congestion, ensuring data integrity even in environments with heavy wireless interference. MESHTEK’s relay optimization also incorporates adaptive TTL (Time-to-Live) tuning, enabling messages to propagate efficiently across multiple hops without excessive power consumption. Confidential. © MeshTek Labs, Inc. 2024

5. Secure Provisioning & Identity ManagementSecure onboarding is critical to any Bluetooth Mesh Networking deployment; MESHTEK enforces cryptographic provisioning, device attestation, and lifecycle identity management. Our provisioning workflows support bulk onboarding and role assignment while protecting keys using proven standards. This approach prevents unauthorized access, enables revocation of compromised nodes, and ensures that managed Bluetooth Mesh Networking networks meet enterprise security requirements. Scalability & Network Topology StrategiesScaling Bluetooth Mesh Networking from dozens to thousands of nodes requires careful topology planning and adaptive relay policies; MESHTEK provides tools to model network density and optimize TTL and relay parameters. Our platform supports segmented subnets, group addressing, and hierarchical management to prevent message storms and maintain performance. With MESHTEK, IT teams can confidently scale Bluetooth Mesh Networking across multi-floor and multi-building deployments. Confidential. © MeshTek Labs, Inc. 2024

6. Power Efficiency & Battery-Operated DevicesMany Bluetooth Mesh Networking endpoints are battery-powered sensors; MESHTEK’s stack incorporates low-power techniques such as friend nodes, low-duty advertising, and scheduled polling to extend battery life. We provide firmware templates and testing guidelines to balance responsiveness with longevity. This focus on power efficiency reduces maintenance visits and total cost of ownership for Bluetooth Mesh Networking solutions with distributed, battery-operated endpoints. Grouping, Scenes & OrchestrationEffective orchestration of devices in Bluetooth Mesh Networking is achieved with grouping, scenes, and timed schedules; MESHTEK enables intuitive group policies and centralized scene management. Our platform allows operators to create logical groups, apply synchronized actions, and trigger scenes from sensors or cloud events. This orchestration capability simplifies common automation tasks—lighting scenes, HVAC zones, or emergency sequences—across Bluetooth Mesh Networking infrastructures. Confidential. © MeshTek Labs, Inc. 2024

7. OTA Updates & Device Lifecycle ManagementManaging firmware and configuration across thousands of Bluetooth Mesh Networking devices requires reliable over-the-air (OTA) mechanisms and lifecycle workflows. MESHTEK supports staged rollouts, delta updates, and health checks to minimize downtime and rollback risk. Our device lifecycle management tools track firmware versions, maintenance windows, and update outcomes so administrators maintain control and compliance throughout the Bluetooth Mesh Networking lifecycle. Integration: APIs, Cloud & Edge InteroperabilityMESHTEK’s Bluetooth Mesh Networking platform offers RESTful APIs, MQTT gateways, and edge connectors to integrate with cloud platforms, building management systems, and analytics tools. This interoperability enables data ingestion, command translation, and hybrid edge-cloud orchestration for low-latency control. By providing developer SDKs and integration patterns, MESHTEK simplifies connecting Bluetooth Mesh Networking deployments with broader enterprise systems. Real-World Use Cases & Industry ApplicationsBluetooth Mesh Networking is ideal for smart lighting, asset tracking, environmental sensing, and retail proximity services; MESHTEK has designed tailored solutions for each. For example, our smart-lighting deployments use mesh groups for scenes and energy reporting, while asset-tracking solutions combine Bluetooth Mesh Networking with edge analytics to deliver location intelligence. Confidential. © MeshTek Labs, Inc. 2024

8. Performance Tuning & Reliability Best PracticesTo maintain low latency and high packet delivery in Bluetooth Mesh Networking, MESHTEK recommends best practices including relay placement, retransmission tuning, and periodic health monitoring. We provide tools for network simulation and live diagnostics to detect congestion or radio interference. Following MESHTEK’s performance tuning guidelines helps sustain consistent device behavior and predictable automation across Bluetooth Mesh Networking installations. Monitoring, Analytics & Predictive MaintenanceOperational insights are essential to optimize Bluetooth Mesh Networking deployments; MESHTEK’s monitoring suite captures device telemetry, connectivity trends, and energy metrics for analytics and predictive maintenance. Visual dashboards and alerting enable rapid response to failing nodes or degraded links. These analytics reduce downtime and help plan battery replacements and firmware rollouts, improving long-term ROI for Bluetooth Mesh Networking solutions. Standards, Compliance & InteroperabilityBOur engineers follow compliance testing, support standard provisioning models, and provide integration guidance for multi-vendor environments. This standards-first approach ensures that MESHTEK Bluetooth Mesh Networking deployments remain future-proof and can interoperate with evolving device ecosystems. Confidential. © MeshTek Labs, Inc. 2024

9. Deployment Roadmap & Professional ServicesMESHTEK offers a phased deployment roadmap for Bluetooth Mesh Networking: discovery and site survey, pilot deployment, scale rollout, and managed operations. Our professional services include RF planning, custom firmware, integration support, and SLA-backed managed services. This end-to-end approach reduces deployment risk and accelerates time-to-value for organizations adopting Bluetooth Mesh Networking across campuses or portfolios. Business Value & ROI: What's in it for YouBluetooth Mesh Networking reduces cabling costs, improves operational flexibility, and enables new service lines—MESHTEK quantifies these benefits through reduced energy consumption, lower maintenance visits, and faster automation rollouts. By combining MESHTEK’s platform and services, customers realize measurable ROI from streamlined operations and new revenue opportunities tied to smart-device features powered by Bluetooth Mesh Networking. Call to Action: Pilot, Partner, or IntegrateStart with a MESHTEK pilot to validate Bluetooth Mesh Networking at scale: request a site survey, run a 30–90 day pilot, and measure KPIs such as latency, packet delivery, and battery life. MESHTEK also partners with integrators and OEMs to deliver white-label solutions and bespoke firmware. Contact MESHTEK to discuss a tailored Bluetooth Mesh Networking pilot and accelerate your move to a resilient, manageable IoT fabric. Confidential. © MeshTek Labs, Inc. 2024

10. Thank you. Address: 17330 Preston Rd, Suite 120A, Dallas, Texas, 75252 Confidential. © MeshTek Labs, Inc. 2024 Confidential. © MeshTek Labs, Inc. 2024