Fiber is more than “fast internet.” It is a photonic backbone engineered for a world where petabytes traverse time zones in milliseconds, 5 G cells offload traffic at the curb, and cloud workloads spin up on demand. SolveForce designs, deploys, and secures carrier‑grade fiber solutions that give organisations deterministic speed, rock‑solid reliability, and limitless headroom for growth—all wrapped in a single‑vendor experience.
🌐 Why Fiber, Why Now?
⚡ Speed Without Ceiling
Light moves through glass at two‑thirds the speed of light in a vacuum; electrons in copper never stand a chance. Symmetric gigabit—or even multi‑gigabit—service is routine, and 100 Gb/s back‑haul is table stakes for data‑centric enterprises.
🔄 Future‑Proof Capacity
Each strand can carry multiple wavelengths (DWDM) and be upgraded via optics, not trenching. Today’s 10 Gb port could become tomorrow’s 400 Gb link with a transceiver swap, not construction.
🛡️ Intrinsic Security
Tapping fiber requires physically bending or cutting the glass, an action that triggers light‑loss alarms. Pair that with SolveForce’s MACsec encryption and you have a line‑rate, FIPS‑compliant data moat.
🚦 Deterministic Latency
Copper loops and coaxial networks add jitter at every amplifier. Fiber’s optical amplifiers regenerate light without decoding the signal, keeping latency low and predictable—critical for real‑time voice, video, market data, and industrial controls.
🌩️ Cloud Symbiosis
Public‑cloud direct interconnects and SaaS access patterns thrive on high‑bandwidth, low‑latency circuits. Fiber eliminates the WAN bottleneck and unlocks true edge‑to‑cloud convergence.
📡 SolveForce Edge
🔍 Route‑Diversity Engineering
We map existing conduits, metro rings, and long‑haul corridors, then build path‑redundant topologies—ring, mesh, or dual‑homed star—to eliminate single points of failure.
🧬 Modular Service Tiers
Choose lit services for quick turn‑up, dedicated λ for predictable capacity, or dark fiber for complete optical sovereignty. Scale modules up or down with only 30 days’ notice.
⏱️ SLA Transparency
Written commitments: 99.999 % availability, < 1 ms metro latency, < 45 ms trans‑continental latency (US coast‑to‑coast), and 4‑hour mean‑time‑to‑repair. Credits auto‑apply if we miss.
🔐 End‑to‑End Safeguards
Link‑layer MACsec, optical out‑of‑band monitoring, and optional AES‑256 IPsec overlay form a three‑tier defence that meets HIPAA, PCI‑DSS, and SOC 2 controls.
🗺️ Service Portfolio
| 🚀 Offering | Ideal Use Case | Speed & Media | Key Features |
|---|---|---|---|
| 💼 Fiber‑to‑the‑Business | Offices, data centres, campuses | 1 Gb–100 Gb lit | Symmetric throughput, static or BGP IP blocks, QoS options |
| 🏠 Fiber‑to‑the‑Home | Remote staff, executives, high‑net‑worth clients | 500 Mb–10 Gb GPON | Enterprise SLA, secure CPE, optional Wi‑Fi 6/6E gateway |
| 📈 Dedicated Internet Access | Mission‑critical HQs, SaaS providers | 10 Mb–100 Gb DIA | Non‑oversubscribed, IPv4/IPv6 dual stack, 24 × 7 NOC |
| 🌐 Metro Ethernet | Multi‑site connectivity inside one metro | 1 Gb–100 Gb EPL/EVPL | Point‑to‑point, point‑to‑multipoint, VLAN transparency |
| 📦 Dark Fiber | Data‑centre interconnect, research labs, carriers | Unlimited (strand) | λ freedom, customer‑owned DWDM gear, absolute control |
| 🔄 Wavelength Services | Rapid capacity without O&M burden | 10, 40, 100 Gb DWDM | Managed optics, sub‑bandwidth multiplex, rapid re‑provision |
🖥️ Industry Blueprints
🏥 Healthcare – Connect imaging suites and cloud PACS over a HIPAA‑hardened optical spine; zero‑loss tele‑surgery streams.
💰 Finance & Banking – Sub‑millisecond feeds to trading venues, triple‑path redundancy into core data centres; encrypted market data carriage.
🎓 Education – Aggregate campus dorms, research clusters, and lecture halls onto a single 100 Gb backbone; extend secure GPON to student housing.
🏭 Manufacturing & IIoT – Real‑time SCADA over fiber rings, machine‑vision analytics at the edge, predictive‑maintenance telemetry with no RF noise.
🛍️ Retail & E‑Commerce – Resilient POS back‑haul, omnichannel analytics, and warehouse automation needing deterministic bandwidth.
🏗️ Deployment Lifecycle
- 🔬 Feasibility Survey – GIS mapping, right‑of‑way validation, and optical loss budgeting.
- 📝 Solution Design – Route, strand count, service‑class definition, and hardware spec (OLT/ONT, DWDM, or MPLS PE).
- 🚧 Build & Splice – Micro‑trenching, aerial lashing, or conduit pull; fusion splicing, OTDR certification, & light‑level acceptance.
- ⚙️ Turn‑Up – CPE installation, BGP peering or VLAN hand‑off, performance‑test burn‑in.
- 📊 Performance Baseline – Capture latency, jitter, packet‑loss, and optical SNR benchmarks as Day‑0 records.
- ♻️ Proactive Operations – 24 × 7 NOC eyes‑on‑glass, automated OTDR sweeps, and AI‑driven anomaly detection to pre‑empt faults.
📈 Numbers That Matter
- 99.999 % availability translates to < 5.26 minutes of annual downtime.
- < 1 ms metro RTT enables voice MOS > 4.4 and lossless 4K telepresence.
- 400 Gb/s per‑strand lab‑tested capacity ensures headroom for next‑gen workloads.
- ≤ 0.25 dB/km typical attenuation keeps signal integrity intact on 40‑km metro rings.
- > 25 years median fiber lifespan—capex amortises gracefully over decades.
⚖️ Copper vs. Fiber at a Glance
| Metric | Cat‑6/Copper | Fiber‑Optic (SolveForce) |
|---|---|---|
| Maximum Speed | 10 Gb (short reach) | 100 Gb+ per wavelength |
| Distance Without Boost | 100 m | 40 km (metro) / 1000 km (long‑haul) |
| Electromagnetic Interference | Susceptible | Immune |
| Security (Passive Tap) | Easy | Detectable/Disruptive |
| Upgrade Path | New cable pulls | Transceiver swap |
🛡️ Security and Compliance Layer
- MACsec on lit services for hop‑by‑hop encryption.
- Layer‑3 IPsec overlays for end‑to‑end confidentiality.
- Link‑Loss Alarms (LLDP & OTDR) alert on bend, break, or tamper events.
- Role‑Based Access for NOC engineers; every configuration change logged and signed.
- Alignment with HIPAA, PCI‑DSS, GDPR, CCPA, and ISO 27001 frameworks.
🔧 Managed Services Add‑Ons
🚧 SD‑WAN Integration – Overlay application‑aware routing without sacrificing optical speed.
☁️ Cloud Direct Connect – Private 10 Gb/100 Gb paths to AWS, Azure, Google Cloud, Oracle, IBM.
📦 Edge Colocation – ¼‑rack to full‑cage space along the fiber path, power densities up to 20 kW/rack.
🔄 Bandwidth‑on‑Demand – Burst from committed rate to full‑port speed in minutes via portal or API.
🔍 Optical Performance Analytics – Real‑time dashboards for light levels, error counts, and capacity planning.
🤝 Shared Scope
SolveForce delivers the physical layer, optical gear (if lit), IP hand‑off, monitoring, and SLA governance. You steer application policies, internal LAN, and endpoint security—or engage us for a fully managed stack. Responsibilities are codified in a Statement of Work and reviewed annually.
📞 Contact SolveForce
Ready for bandwidth that outruns ambition? Speak with an optical architect today.
☎ (888) 765‑8301 | ✉ contact@solveforce.com | Contact Form »
SolveForce – your single conduit to ultra‑fast, resilient, and secure fiber connectivity.