Symbolic AI represents concepts, facts, and relationships as discrete symbols, then applies formal rules to reason over them. Knowledge bases, logic programs, planning systems, and expert systems are familiar symbolic approaches. Their explicit structure can make decisions auditable and enforce constraints with precision, particularly in domains with stable rules. However, manually encoding real-world knowledge is labor-intensive, brittle, and difficult when inputs are noisy or ambiguous. Modern systems often combine symbolic reasoning with machine learning, retrieval, or probabilistic methods. Symbolic AI remains important because many tasks require compositional reasoning and verifiable rules, even when neural models handle perception or natural-language input.
Opera today introduced Neon, an AI-powered browser that can run tasks and navigate pages autonomously — aiming to shift web browsing from passive to “agentic.”
AI search startup Perplexity has reportedly raised $200 million at a $20 billion valuation, just two months after a $100 million round – signaling its rapid rise as a major rival to Google.