Industrial-Strength Computer Science (ISCS)

The Power of CLOOMC, Capability-Limited/Object-Oriented/Machine-Code

	Alonzo Church's Lambda Calculus (laws for Software)
	....encapsulating
	Alan Turing's Binary Computer (the digital engine)

... one function at a time creates
Industrial Strength Computer Science (ISCS)

It is the scientific framework of the Church-Turing Thesis. 

This robust approach combines the scientific ideas of Alonzo Church and Alan Turing to democratise fail-safe, corruption-free software. Hardware guardrails detect malware, ransomware, and program bugs in advance, regardless of a programmer’s skill level. ISCS unites four reinforcing technologies: symbolic mathematics, Lambda Calculus, capability-limited addressing, and object-oriented programming. 

The guardrails are built into the hardware as type-limited checks of every memory access. It creates a high-level programming language executed directly by machine code, the computational surface of computer science. Object-oriented abstractions are directly constructed using fail-safe machine instructions. By enforcing a small set of simple, yet powerful, laws, ISCS qualifies modular software reliability, isolating bugs and guaranteeing the laws of symbolic computation. The same laws learned in Maths class at school. 

CLOOMC captures malware in all forms, including worst-case ransomware, halting any instruction before memory corruption occurs. ISCS enforces both sides of the Church-Turing Thesis as the scientific architecture of computations that program controls digital security in line with functional programming across a network. It enhances performance and productivity democratically by distributing functions programmatically with atomic security. Each symbol is a digital object secured by type-safe, fail-safe capability-limited addressing. 

Just six Church-Instructions enforce the laws of Lambda Calculus through symbolic isolation, where private names replace the dangerously shared physical addresses of a binary computer. Computations execute within the dynamic context defined by logical symbols representing programmed abstractions. Context registers map the logical names of Lambda Calculus to physical properties, defining each digital object. Each symbol specifies context to traditional machine commands using Capability-Limited addressing. 

The Lambda Calculus symbol names are implemented as immutable Digital-Tokens, the digital Gold of Cyberspace. Each token references a private, type-safe, and fail-safe execution context register, holding the guardrails keeping the execution on track. The guardrails systematically prevent digital corruption by halting every machine code action that violates the referenced guardrail register. The immutable capability tokens are the digital gold of cyberspace. Each token atomically ensures secure, efficient, type-safe access rights throughout universal cyberspace. 

Virtually, at every level of abstraction and horizontally across every computational server, privacy is guaranteed, and the laws of Lambda Calculus are followed. ISCS's success is due to its ability to encapsulate digital details, which are protected as logical abstractions. It hides programmed and hardware details as a seamless integration of scientific symbols. Mathematical science, as named symbols of Capability-Limited, Object-Oriented Machine Code, matches the intent of the Church-Turing Thesis. 

Computations execute in a private context within an application namespace. It transforms the landscape of computer science. Developers code comprehensibly, functionally program as machine code with built-in fail-safe security guardrails. It is the perfect platform for experts and novices alike. The development and maintenance of complex networked applications sharing many physical computers and many levels of abstraction is simplified and guarded. 

When every digital object has a known reliability (MTBF), software engineering identifies weak spots that need improvement. It matches hardware engineering, a question of improving the weakest link. It positions ISCS as a revolutionary force to establish trusted computer science essential for the everlasting Information Age.