
The gap threatens AI-driven growth, exposing firms to operational failures, security breaches, and regulatory scrutiny, making infrastructure and governance critical for competitive advantage.
Enterprises are racing to embed artificial intelligence into core processes, yet the underlying infrastructure often lags behind. The NTT study highlights that most firms are still retrofitting legacy systems, resulting in compute, network, and data pipeline bottlenecks that slow model training and deployment. While performance metrics such as latency and model size dominate early design choices, sustainability considerations are frequently deferred, creating a trade‑off that could inflate operating costs as AI workloads scale.
Amid these constraints, photonics emerges as a promising technology to alleviate bandwidth and energy pressures. By leveraging optical interconnects, organizations can achieve higher data throughput with lower power consumption, a combination that aligns with the growing demand for large‑scale models. However, adoption is tempered by high upfront capital expenditures and uncertainty around return on investment, prompting many firms to place photonics on a medium‑term evaluation horizon rather than immediate rollout.
Governance and data integrity form the third pillar of the AI readiness challenge. The proliferation of shadow AI—unsanctioned tools adopted by business units—exposes enterprises to data leakage, compliance breaches, and unreliable outputs. Robust data hygiene, coupled with clear governance frameworks and role‑based access controls, is essential to mitigate these risks. Companies that prioritize structured oversight and integrate privacy‑enhancing techniques will be better positioned to harness AI’s productivity gains while safeguarding trust and regulatory compliance.
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