If you’ve used a feature phone
before, I bet you can decipher the code highlighted in the bottom of the
image. What does it say? The keypad serves as an algorithm for encryption and decryption
of the message.
Fumbo – 1. parable 2.
puzzle. 3. arithmetic problem, puzzle. 4. riddle, conundrum, mystery. 5.
proposition.
Fumbua – 1. solve,
decipher, elucidate a problem or riddle. 2. open up e.g., a closed hand or
eyes.
Simple verb |
Reversive |
Applicative of reversive |
Fumba (encode/encipher) |
Fumbua (decode/decipher) |
Fumbia (decode for/decipher for) |
Verb
-fumba (infinitive kufumba)
1.
to shut closed
2.
to mystify or elude
cipher
1. a secret or disguised way of writing; a code. Code, secret writing, coded message, cryptograph, cryptogram
"he was writing cryptic notes in a cipher"
2. a zero; a figure 0, nought, nil, 0, naught
verb
1. to put (a message) into secret
writing; encode.
In cryptography, a cipher (or
cypher) is an algorithm for performing encryption or decryption—a series of
well-defined steps that can be followed as a procedure. An alternative, less
common term is encipherment. To encipher or encode is to convert information
into cipher or code. In common parlance, "cipher" is synonymous with
"code", as they are both a set of steps that encrypt a message.
Originating from the Arabic word for zero صفر (sifr), itself a calque of Sanskrit शून्य (śūnya - emptiness), the Kiswahili iteration being ‘sufuri’, the word "cipher" spread to Europe as part of the Arabic numeral system during the Middle Ages. The Roman numeral system lacked the concept of zero, and this limited advances in mathematics. In this transition, the word was adopted into Medieval Latin as cifra, and then into Middle French as cifre. This eventually led to the English word cipher (minority spelling cypher). One theory for how the term came to refer to encoding is that the concept of zero was confusing to Europeans, and so the term came to refer to a message or communication that was not easily understood.
The term cipher was later also
used to refer to any Arabic digit, or to calculation using them, so encoding
text in the form of Arabic numerals was literally converting the text to
"ciphers" according to Europeans.
Short story:
During the Second World War,
GC&CS was based largely at Bletchley Park, in present-day Milton Keynes,
working on understanding the German Enigma machine and Lorenz ciphers. In 1940,
GC&CS was working on the diplomatic codes and ciphers of 26 countries,
tackling over 150 diplomatic cryptosystems. The 1943 British–US Communication
Intelligence Agreement, BRUSA, connected the signal intercept networks of the
GC&CS and the US National Security Agency (NSA).
An outstation in the Far East,
the Far East Combined Bureau, was set up in Hong Kong in 1935 and moved to
Singapore in 1939. Subsequently, with the Japanese advance down the Malay
Peninsula, the Army and RAF codebreakers went to the Wireless Experimental
Centre in Delhi, India. The Navy codebreakers in FECB went to Colombo, Ceylon,
then to Kilindini, near Mombasa, Kenya Colony.
From April 1942 through to August
1943 the Mombasa outpost named 'KILINDINI' formed a vital link in the radio
eavesdropping chain which blanketed the Indian and Pacific oceans and reported
to London, Washington, New Delhi, Melbourne and Hawaii. The outpost was located
within the Allidina Visram high school in Mombasa.
*The school was owned and named after an Ismaili Khoja named
Allidina Visram, born in 1851 at Kera, Bombay, British India; who sailed to
Zanzibar at the age of 12, to serve as an assistant to businessman Sewa Haji
(Paroo) in 1863. In due course, he set up his own caravans into the interiors, from
Dar-es-Salaam to Ujiji to Congo. Upon the death of Haji Paroo in 1897, Allidina
took the caravan trade far and wide to Uganda. He was mainly involved in the
hunting of elephants for ivory and was famously known as `King of Ivory'. Aga Khan III bestowed upon him the title of 'Varas Vazier', a first to any Indian.
The collapse of Singapore and -
in early 1942 - the Japanese raid on Ceylon, and the growing concern that India
itself might come under attack, persuaded the British to withdraw their Far
Eastern Fleet out of range of the all-conquering Japanese, hence the retreat to
Mombasa.
On April 25, 1942, the British
Royal Navy's Admiral Somerville sailed for Mombasa, taking the code breakers
with him.
British woman intelligence
officer Joan Sprinks recalled:
"We embarked in the AMC
Alaunia, surrounded by many ships of the Eastern Fleet: HMS Warspite, the
flagship; the carriers HMS Indomitable and HMS Formidable; the cruisers HMS
Emerald and HMS Newcastle; and many others. We arrived in Kilindini Harbour,
Mombasa, on May 3, 1942, to an accompanying welcome of wolf-whistles from HMS
Royal Sovereign and were quartered in a small hotel in Mombasa - the
Lotus."
Their controller Paymaster
Lieutenant-Commander Harry Shaw and his officers selected an Indian boys'
school called Allidina Visram, overlooking the Indian Ocean about a mile
outside Mombasa.
While London read the now
celebrated 'Enigma' codes from Berlin, and Washington perused Tokyo's 'Purple'
cipher, it was in Mombasa that code-breakers helped interpret the all-important
Japanese JN4O code.
This later allowed the Allies to
keep an hour-by-hour track of all movements by the Imperial Japanese Navy.
References
Ali-Karamali, Sumbul (2008). The Muslim Next Door: The
Qur'an, the Media, and That Veil Thing. White Cloud Press. pp. 240–241.
Alvarez, David (2001). "Most Helpful and Cooperative:
GC&CS and the Development of American Diplomatic Cryptanalysis,
1941–1942". In Smith, Michael; Erskine, Ralph (eds.). Action This Day:
Bletchley Park from the Breaking of the Enigma Code to the Birth of the Modern
Computer. Bantam Press.
Gannon, Paul (2006). Colossus: Bletchley Park's Greatest
Secret. Atlantic Books.
Smith, Michael (2001). The emperor's codes the breaking of Japan's secret ciphers
TUKI (2001), Kamusi Ya Kiswahili-Kiingereza;
Swahili-English Dictionary. Published by Taasisi ya Uchunguzi wa Kiswahili
(TUKI), Chuo Kikuu cha Dar es Salaam, Tanzania.
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